MAT

dc75_ff56

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph uses organic compounds for both energy and its carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source chemolithoautotroph obtains energy by oxidizing inorganic compounds MAT

dc75_911b

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source photoorganoheterotroph uses energy from light and organic material from other organisms photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemolithoautotroph obtains energy by oxidizing inorganic compounds MAT

dc75_b07c

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photolithoautotroph uses light for energy and CO₂ as a carbon source MAT

dc75_6b39

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph obtains energy by oxidizing inorganic compounds chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs MAT

dc75_e270

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoautotroph uses inorganic compounds for both energy and carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide photoorganoheterotroph uses energy from light and organic material from other organisms MAT

dc75_ac60

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph obtains energy by oxidizing inorganic compounds chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide photoorganoheterotroph obtains energy from light and organic material from other organisms chemoorganoheterotroph uses organic compounds for both energy and its carbon source MAT

dc75_74ff

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide photoorganoheterotroph uses energy from light and organic material from other organisms chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source MAT

dc75_2c26

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph obtains energy by oxidizing inorganic compounds photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemoorganoheterotroph uses organic compounds for both energy and its carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source MAT

dc75_47b1

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph uses energy from light and organic material from other organisms chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms MAT

dc75_6184

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source photoorganoheterotroph obtains energy from light and organic material as its carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source MAT

dc75_4ca7

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms chemoorganoheterotroph uses organic compounds for both energy and its carbon source photolithoautotroph uses light for energy and CO₂ as a carbon source photoorganoheterotroph obtains energy from light and organic material from other organisms chemolithoautotroph obtains energy by oxidizing inorganic compounds MAT

dc75_b619

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoautotroph obtains energy by oxidizing inorganic compounds photoorganoheterotroph uses energy from light and organic material from other organisms chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms MAT

dc75_5bf0

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source chemolithoautotroph obtains energy by oxidizing inorganic compounds photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide MAT

dc75_3169

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph uses inorganic compounds for both energy and carbon source photoorganoheterotroph obtains energy from light and organic material from other organisms chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide MAT

dc75_6f3e

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph obtains energy from light and organic material as its carbon source chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide MAT

dc75_1ffb

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival chemoorganoheterotroph uses organic compounds for both energy and its carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source MAT

dc75_6fe4

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemolithoautotroph uses inorganic compounds for both energy and carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms photoorganoheterotroph obtains energy from light and organic material from other organisms MAT

dc75_1e07

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source photoorganoheterotroph obtains energy from light and organic material as its carbon source chemolithoautotroph obtains energy by oxidizing inorganic compounds MAT

dc75_b947

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source photoorganoheterotroph obtains energy from light and organic material as its carbon source chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source MAT

dc75_e184

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph uses inorganic compounds for both energy and carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photoorganoheterotroph obtains energy from light and organic material as its carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms MAT

dc75_def7

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoautotroph obtains energy by oxidizing inorganic compounds MAT

dc75_e4fd

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photoorganoheterotroph obtains energy from light and organic material from other organisms chemolithoautotroph obtains energy by oxidizing inorganic compounds MAT

dc75_89ae

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph uses light for energy and CO₂ as a carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photoorganoheterotroph obtains energy from light and organic material from other organisms chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source MAT

dc75_baec

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms photoorganoheterotroph uses energy from light and organic material from other organisms chemolithoautotroph uses inorganic compounds for both energy and carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source photolithoautotroph uses light for energy and CO₂ as a carbon source MAT

dc75_6ae7

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph uses inorganic compounds for both energy and carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source photoorganoheterotroph obtains energy from light and organic material as its carbon source MAT

dc75_20fd

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemolithoautotroph obtains energy by oxidizing inorganic compounds chemoorganoheterotroph uses organic compounds for both energy and its carbon source MAT

dc75_f5f0

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph uses energy from light and organic material from other organisms chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source MAT

dc75_5c34

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source photoorganoheterotroph obtains energy from light and organic material from other organisms MAT

dc75_e879

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source photoorganoheterotroph obtains energy from light and organic material from other organisms MAT

dc75_aee3

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemolithoautotroph uses inorganic compounds for both energy and carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source MAT

dc75_1265

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoautotroph obtains energy by oxidizing inorganic compounds photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide MAT

dc75_c031

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide photoorganoheterotroph obtains energy from light and organic material as its carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoautotroph obtains energy by oxidizing inorganic compounds MAT

dc75_d3f3

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms MAT

dc75_235e

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph uses organic compounds for both energy and its carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival chemolithoautotroph uses inorganic compounds for both energy and carbon source chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source MAT

dc75_a761

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photoorganoheterotroph obtains energy from light and organic material as its carbon source photolithoautotroph uses light for energy and CO₂ as a carbon source MAT

dc75_90c3

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival chemolithoautotroph uses inorganic compounds for both energy and carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source MAT

dc75_6cd2

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoautotroph uses inorganic compounds for both energy and carbon source photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide MAT

dc75_a0f6

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemolithoautotroph uses inorganic compounds for both energy and carbon source MAT

dc75_a0bb

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photoorganoheterotroph obtains energy from light and organic material from other organisms MAT

dc75_1672

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source photoorganoheterotroph uses energy from light and organic material from other organisms photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide MAT

dc75_1d23

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph uses light for energy and CO₂ as a carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source photoorganoheterotroph obtains energy from light and organic material as its carbon source MAT

dc75_3926

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source photoorganoheterotroph obtains energy from light and organic material as its carbon source chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source MAT

dc75_d061

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph uses organic compounds for both energy and its carbon source photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival chemolithoautotroph uses inorganic compounds for both energy and carbon source photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms MAT

dc75_f333

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph uses organic compounds for both energy and its carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemolithoautotroph obtains energy by oxidizing inorganic compounds chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source photoorganoheterotroph obtains energy from light and organic material from other organisms MAT

dc75_6231

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source MAT

dc75_6671

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemolithoautotroph obtains energy by oxidizing inorganic compounds photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms chemoorganoheterotroph uses organic compounds for both energy and its carbon source MAT

dc75_e3a2

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source photoorganoheterotroph uses energy from light and organic material from other organisms MAT

dc75_fcdd

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph obtains energy by oxidizing inorganic compounds chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source photoorganoheterotroph obtains energy from light and organic material from other organisms MAT

dc75_a36e

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph obtains energy from light and organic material from other organisms chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide MAT

dc75_358a

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source chemolithoautotroph obtains energy by oxidizing inorganic compounds photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide MAT

dc75_ef0a

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph uses energy from light and organic material from other organisms chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source MAT

dc75_b13d

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival chemolithoautotroph uses inorganic compounds for both energy and carbon source chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source MAT

dc75_b320

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source chemolithoautotroph obtains energy by oxidizing inorganic compounds chemoorganoheterotroph uses organic compounds for both energy and its carbon source photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs photolithoautotroph uses light for energy and CO₂ as a carbon source MAT

dc75_54d4

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemoorganoheterotroph uses organic compounds for both energy and its carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide MAT

dc75_b08a

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph uses inorganic compounds for both energy and carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms MAT

dc75_3560

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photoorganoheterotroph uses energy from light and organic material from other organisms chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source MAT

dc75_9cef

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph uses light for energy and CO₂ as a carbon source photoorganoheterotroph obtains energy from light and organic material from other organisms chemolithoautotroph obtains energy by oxidizing inorganic compounds chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source MAT

dc75_806c

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoautotroph obtains energy by oxidizing inorganic compounds photoorganoheterotroph obtains energy from light and organic material from other organisms MAT

dc75_f762

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms MAT

dc75_c5fd

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoautotroph obtains energy by oxidizing inorganic compounds photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source photoorganoheterotroph obtains energy from light and organic material from other organisms MAT

dc75_a720

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph uses light for energy and CO₂ as a carbon source photoorganoheterotroph obtains energy from light and organic material as its carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms MAT

dc75_80c5

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoautotroph obtains energy by oxidizing inorganic compounds photoorganoheterotroph obtains energy from light and organic material as its carbon source chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms MAT

dc75_b794

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source photoorganoheterotroph uses energy from light and organic material from other organisms chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide MAT

dc75_91b6

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph uses inorganic compounds for both energy and carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photolithoautotroph uses light for energy and CO₂ as a carbon source MAT

dc75_5ecf

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph obtains energy by oxidizing inorganic compounds chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photoorganoheterotroph obtains energy from light and organic material as its carbon source photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source MAT

dc75_cfd8

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source photoorganoheterotroph obtains energy from light and organic material from other organisms chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms MAT

dc75_c6a4

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph obtains energy from light and organic material as its carbon source chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoautotroph obtains energy by oxidizing inorganic compounds MAT

dc75_4e19

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoautotroph uses inorganic compounds for both energy and carbon source photoorganoheterotroph uses energy from light and organic material from other organisms photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source MAT

dc75_45e1

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoautotroph obtains energy by oxidizing inorganic compounds photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide MAT

dc75_2360

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph uses inorganic compounds for both energy and carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source photoorganoheterotroph uses energy from light and organic material from other organisms chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photolithoautotroph uses light for energy and carbon dioxide as a carbon source MAT

dc75_240d

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source MAT

dc75_a47f

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph uses energy from light and organic material from other organisms photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source MAT

dc75_7756

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph obtains energy by oxidizing inorganic compounds photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs MAT

dc75_fcbd

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoautotroph obtains energy by oxidizing inorganic compounds MAT

dc75_bb21

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms photoorganoheterotroph obtains energy from light and organic material as its carbon source photolithoautotroph uses light for energy and CO₂ as a carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms MAT

dc75_53a7

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoautotroph obtains energy by oxidizing inorganic compounds chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide MAT

dc75_614c

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source photolithoautotroph uses light for energy and CO₂ as a carbon source photoorganoheterotroph obtains energy from light and organic material as its carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoautotroph uses inorganic compounds for both energy and carbon source MAT

dc75_3015

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph obtains energy by oxidizing inorganic compounds photoorganoheterotroph uses energy from light and organic material from other organisms chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemoorganoheterotroph uses organic compounds for both energy and its carbon source MAT

dc75_a5b7

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photolithoautotroph uses light for energy and carbon dioxide as a carbon source photoorganoheterotroph obtains energy from light and organic material from other organisms chemolithoautotroph uses inorganic compounds for both energy and carbon source MAT

dc75_95fb

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph uses organic compounds for both energy and its carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source MAT

dc75_6b1f

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source photoorganoheterotroph uses energy from light and organic material from other organisms chemolithoautotroph uses inorganic compounds for both energy and carbon source MAT

dc75_3594

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph uses inorganic compounds for both energy and carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival MAT

dc75_1680

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemolithoautotroph obtains energy by oxidizing inorganic compounds chemoorganoheterotroph uses organic compounds for both energy and its carbon source MAT

dc75_5cc4

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemolithoautotroph obtains energy by oxidizing inorganic compounds photoorganoheterotroph obtains energy from light and organic material as its carbon source MAT

dc75_485e

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs photolithoautotroph uses light for energy and CO₂ as a carbon source MAT

dc75_f853

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph obtains energy from light and organic material as its carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemolithoautotroph obtains energy by oxidizing inorganic compounds MAT

dc75_70fd

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs MAT

dc75_f6b2

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph obtains energy by oxidizing inorganic compounds photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source photoorganoheterotroph obtains energy from light and organic material from other organisms chemoorganoheterotroph uses organic compounds for both energy and its carbon source MAT

dc75_0056

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide photoorganoheterotroph obtains energy from light and organic material from other organisms chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms MAT

dc75_569f

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph obtains energy from light and organic material as its carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source MAT

dc75_3353

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoautotroph uses inorganic compounds for both energy and carbon source photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs MAT

dc75_9501

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph uses inorganic compounds for both energy and carbon source chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms photoorganoheterotroph uses energy from light and organic material from other organisms photolithoautotroph uses light for energy and CO₂ as a carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms MAT

dc75_47a4

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photoorganoheterotroph obtains energy from light and organic material from other organisms chemolithoautotroph obtains energy by oxidizing inorganic compounds photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide MAT

dc75_983c

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph uses inorganic compounds for both energy and carbon source chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photoorganoheterotroph uses energy from light and organic material from other organisms photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide MAT

dc75_d35e

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide photoorganoheterotroph uses energy from light and organic material from other organisms chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms chemoorganoheterotroph uses organic compounds for both energy and its carbon source MAT

dc75_1107

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph obtains energy by oxidizing inorganic compounds chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photolithoautotroph uses light for energy and carbon dioxide as a carbon source photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source MAT

dc75_cb12

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide photoorganoheterotroph uses energy from light and organic material from other organisms chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms MAT

dc75_6634

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph uses organic compounds for both energy and its carbon source photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival chemolithoautotroph obtains energy by oxidizing inorganic compounds chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source MAT

dc75_757f

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph obtains energy from light and organic material as its carbon source chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoautotroph obtains energy by oxidizing inorganic compounds MAT

dc75_a440

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms photoorganoheterotroph uses energy from light and organic material from other organisms chemolithoautotroph uses inorganic compounds for both energy and carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source MAT

dc75_43c8

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photoorganoheterotroph obtains energy from light and organic material from other organisms chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source MAT

dc75_298b

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photoorganoheterotroph obtains energy from light and organic material from other organisms chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms MAT

dc75_5724

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemoorganoheterotroph uses organic compounds for both energy and its carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms chemolithoautotroph uses inorganic compounds for both energy and carbon source MAT

dc75_80c0

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide photoorganoheterotroph obtains energy from light and organic material from other organisms chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source MAT

dc75_5536

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photolithoautotroph uses light for energy and CO₂ as a carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms MAT

dc75_2ea4

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photoorganoheterotroph uses energy from light and organic material from other organisms chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source photolithoautotroph uses light for energy and CO₂ as a carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms MAT

dc75_c1de

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival MAT

dc75_adab

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoautotroph uses inorganic compounds for both energy and carbon source photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs MAT

dc75_0463

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide MAT

dc75_9d80

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph obtains energy from light and organic material from other organisms photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source chemolithoautotroph obtains energy by oxidizing inorganic compounds MAT

dc75_3f6c

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph obtains energy by oxidizing inorganic compounds chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photolithoautotroph uses light for energy and CO₂ as a carbon source photoorganoheterotroph uses energy from light and organic material from other organisms chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms MAT

dc75_f2ae

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemoorganoheterotroph uses organic compounds for both energy and its carbon source photoorganoheterotroph obtains energy from light and organic material from other organisms chemolithoautotroph obtains energy by oxidizing inorganic compounds MAT

dc75_29fa

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemolithoautotroph obtains energy by oxidizing inorganic compounds photoorganoheterotroph obtains energy from light and organic material from other organisms MAT

dc75_3ba5

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph obtains energy from light and organic material from other organisms photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source MAT

dc75_737e

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph uses energy from light and organic material from other organisms photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms MAT

dc75_88c5

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph obtains energy from light and organic material as its carbon source chemolithoautotroph obtains energy by oxidizing inorganic compounds photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source MAT

dc75_c083

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source MAT

dc75_ce06

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms MAT

dc75_88b8

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph uses light for energy and CO₂ as a carbon source photoorganoheterotroph obtains energy from light and organic material as its carbon source chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source MAT

dc75_75d1

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemolithoautotroph obtains energy by oxidizing inorganic compounds chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms MAT

dc75_8066

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoautotroph obtains energy by oxidizing inorganic compounds chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source photoorganoheterotroph obtains energy from light and organic material from other organisms photolithoautotroph uses light for energy and CO₂ as a carbon source MAT

dc75_0192

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph uses light for energy and CO₂ as a carbon source photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source MAT

dc75_c69a

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source photoorganoheterotroph uses energy from light and organic material from other organisms chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide MAT

dc75_7e9a

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph uses light for energy and CO₂ as a carbon source photoorganoheterotroph obtains energy from light and organic material as its carbon source chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms MAT

dc75_800e

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemoorganoheterotroph uses organic compounds for both energy and its carbon source photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source MAT

dc75_1d2e

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms MAT

dc75_f475

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs MAT

dc75_0d51

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoautotroph uses inorganic compounds for both energy and carbon source photoorganoheterotroph obtains energy from light and organic material as its carbon source photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source MAT

dc75_c646

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph obtains energy by oxidizing inorganic compounds chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photoorganoheterotroph obtains energy from light and organic material from other organisms photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide MAT

dc75_32c7

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs MAT

dc75_d2a6

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph obtains energy by oxidizing inorganic compounds photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemoorganoheterotroph uses organic compounds for both energy and its carbon source photoorganoheterotroph obtains energy from light and organic material as its carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source MAT

dc75_3646

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source photoorganoheterotroph obtains energy from light and organic material as its carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide MAT

dc75_eeb6

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source MAT

dc75_76d1

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph obtains energy from light and organic material as its carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source MAT

dc75_4802

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph obtains energy from light and organic material from other organisms chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms chemoorganoheterotroph uses organic compounds for both energy and its carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source MAT

dc75_7662

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms MAT

dc75_7506

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs MAT

dc75_3ec7

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source photoorganoheterotroph obtains energy from light and organic material from other organisms chemolithoautotroph uses inorganic compounds for both energy and carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms MAT

dc75_245a

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemolithoautotroph obtains energy by oxidizing inorganic compounds photoorganoheterotroph obtains energy from light and organic material as its carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source MAT

dc75_e74a

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source MAT

dc75_f698

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph uses inorganic compounds for both energy and carbon source chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms photoorganoheterotroph uses energy from light and organic material from other organisms photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms MAT

dc75_5c5b

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemolithoautotroph obtains energy by oxidizing inorganic compounds photoorganoheterotroph obtains energy from light and organic material from other organisms MAT

dc75_a818

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph uses light for energy and CO₂ as a carbon source photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoautotroph obtains energy by oxidizing inorganic compounds MAT

dc75_82a0

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms chemoorganoheterotroph uses organic compounds for both energy and its carbon source photoorganoheterotroph obtains energy from light and organic material from other organisms chemolithoautotroph obtains energy by oxidizing inorganic compounds photolithoautotroph uses light for energy and CO₂ as a carbon source MAT

dc75_bd8a

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms chemolithoautotroph obtains energy by oxidizing inorganic compounds photoorganoheterotroph obtains energy from light and organic material from other organisms photolithoautotroph uses light for energy and CO₂ as a carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms MAT

dc75_9035

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival chemolithoautotroph obtains energy by oxidizing inorganic compounds chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source MAT

dc75_eb47

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph obtains energy from light and organic material as its carbon source chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms MAT

dc75_3a4a

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph obtains energy from light and organic material as its carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source MAT

dc75_f1a3

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph uses energy from light and organic material from other organisms chemolithoautotroph uses inorganic compounds for both energy and carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photolithoautotroph uses light for energy and carbon dioxide as a carbon source MAT

dc75_fad6

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms chemolithoautotroph uses inorganic compounds for both energy and carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms MAT

dc75_4fc5

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph uses light for energy and CO₂ as a carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source photoorganoheterotroph uses energy from light and organic material from other organisms MAT

dc75_9b8a

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide MAT

dc75_5096

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph uses energy from light and organic material from other organisms chemolithoautotroph uses inorganic compounds for both energy and carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source MAT

dc75_6deb

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph obtains energy by oxidizing inorganic compounds photoorganoheterotroph uses energy from light and organic material from other organisms chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide MAT

dc75_9eb9

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph uses inorganic compounds for both energy and carbon source photoorganoheterotroph uses energy from light and organic material from other organisms photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source MAT

dc75_5fbf

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph uses inorganic compounds for both energy and carbon source photoorganoheterotroph obtains energy from light and organic material as its carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms chemoorganoheterotroph uses organic compounds for both energy and its carbon source MAT

dc75_473a

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph uses organic compounds for both energy and its carbon source photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source MAT

dc75_f4d2

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph obtains energy from light and organic material as its carbon source chemolithoautotroph obtains energy by oxidizing inorganic compounds chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photolithoautotroph uses light for energy and CO₂ as a carbon source MAT

dc75_fe9d

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photolithoautotroph uses light for energy and CO₂ as a carbon source photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs MAT

dc75_4ddb

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph obtains energy from light and organic material as its carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source photolithoautotroph uses light for energy and CO₂ as a carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms MAT

dc75_ef3d

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide photoorganoheterotroph obtains energy from light and organic material from other organisms chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source MAT

dc75_bae6

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph obtains energy from light and organic material from other organisms chemoorganoheterotroph uses organic compounds for both energy and its carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemolithoautotroph obtains energy by oxidizing inorganic compounds chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms MAT

dc75_905d

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source MAT

dc75_c874

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source photoorganoheterotroph obtains energy from light and organic material from other organisms MAT

dc75_9601

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph uses organic compounds for both energy and its carbon source photolithoautotroph uses light for energy and CO₂ as a carbon source photoorganoheterotroph obtains energy from light and organic material as its carbon source chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source MAT

dc75_5a70

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph uses light for energy and CO₂ as a carbon source photoorganoheterotroph uses energy from light and organic material from other organisms chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemolithoautotroph obtains energy by oxidizing inorganic compounds MAT

dc75_f644

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source photolithoautotroph uses light for energy and CO₂ as a carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoautotroph uses inorganic compounds for both energy and carbon source photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs MAT

dc75_c0dc

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photolithoautotroph uses light for energy and CO₂ as a carbon source MAT

dc75_2dd2

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph obtains energy from light and organic material from other organisms chemolithoautotroph uses inorganic compounds for both energy and carbon source chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms MAT

dc75_b0b9

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival photolithoautotroph uses light for energy and CO₂ as a carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source MAT

dc75_75d8

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph obtains energy from light and organic material as its carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source MAT

dc75_2261

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph obtains energy from light and organic material from other organisms chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms photolithoautotroph uses light for energy and CO₂ as a carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source MAT

dc75_ff07

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph uses energy from light and organic material from other organisms chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source MAT

dc75_5e4b

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph obtains energy by oxidizing inorganic compounds chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photolithoautotroph uses light for energy and carbon dioxide as a carbon source photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms MAT

dc75_6856

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source MAT

dc75_b040

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph obtains energy from light and organic material from other organisms chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoautotroph uses inorganic compounds for both energy and carbon source chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source photolithoautotroph uses light for energy and CO₂ as a carbon source MAT

dc75_df6d

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph uses energy from light and organic material from other organisms photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source MAT

dc75_0556

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemolithoautotroph obtains energy by oxidizing inorganic compounds MAT

dc75_0d98

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival chemolithoautotroph uses inorganic compounds for both energy and carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source photolithoautotroph uses light for energy and CO₂ as a carbon source MAT

dc75_0da0

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph uses light for energy and CO₂ as a carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoautotroph obtains energy by oxidizing inorganic compounds photoorganoheterotroph uses energy from light and organic material from other organisms chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source MAT

dc75_9f6d

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival chemolithoautotroph uses inorganic compounds for both energy and carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source MAT

dc75_8f20

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source MAT

dc75_f328

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs MAT

dc75_10a7

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms MAT

dc75_6112

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival MAT

dc75_aa8b

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph uses inorganic compounds for both energy and carbon source chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide MAT

dc75_edd2

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photolithoautotroph uses light for energy and carbon dioxide as a carbon source photoorganoheterotroph obtains energy from light and organic material as its carbon source chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source MAT

dc75_52e3

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source chemolithoheterotroph derives its energy using inorganic chemicals, but its carbon from other organisms MAT

dc75_a080

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoautotroph obtains energy by oxidizing inorganic compounds chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival MAT

dc75_28d5

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photoorganoheterotroph uses energy from light and organic material from other organisms photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide MAT

dc75_c280

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source photoorganoheterotroph obtains energy from light and organic material from other organisms chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms MAT

dc75_3db5

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms photoorganoheterotroph obtains energy from light and organic material from other organisms chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source MAT

dc75_9253

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph uses organic compounds for both energy and its carbon source chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photoorganoheterotroph obtains energy from light and organic material as its carbon source photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide MAT

dc75_9792

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source photoorganoheterotroph uses energy from light and organic material from other organisms photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemolithoautotroph uses inorganic compounds for both energy and carbon source chemoorganoheterotroph uses organic compounds for both energy and its carbon source MAT

dc75_66ef

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph uses organic compounds for both energy and its carbon source photolithoautotroph uses light for energy and carbon dioxide as a carbon source chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photoorganoheterotroph obtains energy from light and organic material from other organisms chemolithoheterotroph its energy from the oxidation of inorganic compounds, but uses organic compounds as its carbon source MAT

dc75_f6be

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

chemoorganoheterotroph uses organic compounds for both energy and its carbon source photoorganoheterotroph uses energy from light and organic material from other organisms chemolithoautotroph uses inorganic compounds for both energy and carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source photolithoautotroph uses light for energy and CO₂ as a carbon source MAT

dc75_c7d6

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph uses light for energy, but requires organic compounds from other organisms to provide the carbon it needs chemolithoautotroph uses sulfur, iron, or nitrogen as energy sources and carbon dioxide as a carbon source photolithoautotroph uses light for energy and CO₂ as a carbon source chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms MAT

dc75_d25c

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photoorganoheterotroph relys on light for energy and organic compounds from other organisms for survival chemolithoheterotroph uses sulfur, iron, or nitrogen as energy sources, but uses organic compounds from other organisms as its carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoautotroph obtains energy by oxidizing inorganic compounds photolithoautotroph obtains energy from light and its organic material is derived from carbon dioxide MAT

dc75_4f79

Match each of the following trophic organisms with their corresponding definitions.

Note: Each choice will be used exactly once.

photolithoautotroph uses light for energy and CO₂ as a carbon source chemoorganoheterotroph derives its energy using organic chemicals from consuming other organisms chemolithoautotroph obtains energy by oxidizing inorganic compounds photoorganoheterotroph uses energy from light and organic material from other organisms chemolithoheterotroph uses inorganic compounds for energy, but uses organic compounds as its carbon source