d6cb_512b
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| T | t | ||
Male ♂ | T | TT | Tt |
| t | Tt | tt | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included yellow (■) and red (■), along with an intermediate orange (■) phenotype.
What type of dominance best explains these results?
A. The gene shows X-linked recessive Incorrect B. The gene shows epistasis Incorrect C. The gene shows codominance Incorrect D. The gene shows incomplete dominance Correct E. The gene shows complete dominance Incorrect MC431f_4a69
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| A | a | ||
Male ♂ | A | AA | ❉❉❉❉❉❉ ❉❉ Aa ❉❉ ❉❉❉❉❉❉ |
| a | ❉❉❉❉❉❉ ❉❉ Aa ❉❉ ❉❉❉❉❉❉ | aa | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included blue (■) and white (■), along with a speckled combination of blue (■) and white (■).
What type of dominance best explains these results?
A. The gene shows codominance Correct B. The gene shows epistasis Incorrect C. The gene shows X-linked recessive Incorrect D. The gene shows complete dominance Incorrect E. The gene shows incomplete dominance Incorrect MCcc17_87ec
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| A | a | ||
Male ♂ | A | AA | ❉❉❉❉❉❉ ❉❉ Aa ❉❉ ❉❉❉❉❉❉ |
| a | ❉❉❉❉❉❉ ❉❉ Aa ❉❉ ❉❉❉❉❉❉ | aa | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included red (■) and white (■), along with a speckled combination of red (■) and white (■).
What type of dominance best explains these results?
A. The gene shows codominance Correct B. The gene shows complete dominance Incorrect C. The gene shows X-linked recessive Incorrect D. The gene shows epistasis Incorrect E. The gene shows incomplete dominance Incorrect MCb53f_89cf
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| D | d | ||
Male ♂ | D | DD | ❉❉❉❉❉❉ ❉❉ Dd ❉❉ ❉❉❉❉❉❉ |
| d | ❉❉❉❉❉❉ ❉❉ Dd ❉❉ ❉❉❉❉❉❉ | dd | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included blue (■) and redish pink (■), along with a speckled combination of blue (■) and redish pink (■).
What type of dominance best explains these results?
A. The gene shows epistasis Incorrect B. The gene shows complete dominance Incorrect C. The gene shows codominance Correct D. The gene shows X-linked recessive Incorrect E. The gene shows incomplete dominance Incorrect MC306d_296a
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| G | g | ||
Male ♂ | G | GG | Gg |
| g | Gg | gg | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three red (■) and one yellow (■) phenotype.
What type of dominance best explains these results?
A. The gene shows complete dominance Correct B. The gene shows X-linked recessive Incorrect C. The gene shows incomplete dominance Incorrect D. The gene shows codominance Incorrect E. The gene shows epistasis Incorrect MC9fbf_6908
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| T | t | ||
Male ♂ | T | TT | Tt |
| t | Tt | tt | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included blue (■) and yellow (■), along with an intermediate green (■) phenotype.
What type of dominance best explains these results?
A. The gene shows codominance Incorrect B. The gene shows complete dominance Incorrect C. The gene shows X-linked recessive Incorrect D. The gene shows incomplete dominance Correct E. The gene shows epistasis Incorrect MCa96e_eecd
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| E | e | ||
Male ♂ | E | EE | ❉❉❉❉❉❉ ❉❉ Ee ❉❉ ❉❉❉❉❉❉ |
| e | ❉❉❉❉❉❉ ❉❉ Ee ❉❉ ❉❉❉❉❉❉ | ee | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included red (■) and yellow (■), along with a speckled combination of red (■) and yellow (■).
What type of dominance best explains these results?
A. The gene shows complete dominance Incorrect B. The gene shows epistasis Incorrect C. The gene shows incomplete dominance Incorrect D. The gene shows codominance Correct E. The gene shows X-linked recessive Incorrect MC9038_3626
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| R | r | ||
Male ♂ | R | RR | Rr |
| r | Rr | rr | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included brown (■) and yellow (■), along with an intermediate tan (■) phenotype.
What type of dominance best explains these results?
A. The gene shows incomplete dominance Correct B. The gene shows codominance Incorrect C. The gene shows epistasis Incorrect D. The gene shows X-linked recessive Incorrect E. The gene shows complete dominance Incorrect MCa618_d017
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| E | e | ||
Male ♂ | E | EE | ❉❉❉❉❉❉ ❉❉ Ee ❉❉ ❉❉❉❉❉❉ |
| e | ❉❉❉❉❉❉ ❉❉ Ee ❉❉ ❉❉❉❉❉❉ | ee | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included white (■) and blue (■), along with a speckled combination of white (■) and blue (■).
What type of dominance best explains these results?
A. The gene shows codominance Correct B. The gene shows incomplete dominance Incorrect C. The gene shows epistasis Incorrect D. The gene shows complete dominance Incorrect E. The gene shows X-linked recessive Incorrect MCaefb_050e
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| A | a | ||
Male ♂ | A | AA | ❉❉❉❉❉❉ ❉❉ Aa ❉❉ ❉❉❉❉❉❉ |
| a | ❉❉❉❉❉❉ ❉❉ Aa ❉❉ ❉❉❉❉❉❉ | aa | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included white (■) and blue (■), along with a speckled combination of white (■) and blue (■).
What type of dominance best explains these results?
A. The gene shows incomplete dominance Incorrect B. The gene shows codominance Correct C. The gene shows X-linked recessive Incorrect D. The gene shows epistasis Incorrect E. The gene shows complete dominance Incorrect MC9301_fdcf
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| E | e | ||
Male ♂ | E | EE | ❉❉❉❉❉❉ ❉❉ Ee ❉❉ ❉❉❉❉❉❉ |
| e | ❉❉❉❉❉❉ ❉❉ Ee ❉❉ ❉❉❉❉❉❉ | ee | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included brown (■) and yellow (■), along with a speckled combination of brown (■) and yellow (■).
What type of dominance best explains these results?
A. The gene shows complete dominance Incorrect B. The gene shows incomplete dominance Incorrect C. The gene shows X-linked recessive Incorrect D. The gene shows codominance Correct E. The gene shows epistasis Incorrect MCb6b5_3626
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| A | a | ||
Male ♂ | A | AA | Aa |
| a | Aa | aa | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included yellow (■) and red (■), along with an intermediate orange (■) phenotype.
What type of dominance best explains these results?
A. The gene shows incomplete dominance Correct B. The gene shows codominance Incorrect C. The gene shows epistasis Incorrect D. The gene shows X-linked recessive Incorrect E. The gene shows complete dominance Incorrect MC6432_a1ca
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| G | g | ||
Male ♂ | G | GG | Gg |
| g | Gg | gg | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included yellow (■) and red (■), along with an intermediate orange (■) phenotype.
What type of dominance best explains these results?
A. The gene shows X-linked recessive Incorrect B. The gene shows incomplete dominance Correct C. The gene shows complete dominance Incorrect D. The gene shows epistasis Incorrect E. The gene shows codominance Incorrect MCf865_c73f
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| D | d | ||
Male ♂ | D | DD | Dd |
| d | Dd | dd | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three yellow (■) and one red (■) phenotype.
What type of dominance best explains these results?
A. The gene shows incomplete dominance Incorrect B. The gene shows X-linked recessive Incorrect C. The gene shows complete dominance Correct D. The gene shows codominance Incorrect E. The gene shows epistasis Incorrect MCbb64_0ace
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| A | a | ||
Male ♂ | A | AA | Aa |
| a | Aa | aa | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included blue (■) and yellow (■), along with an intermediate green (■) phenotype.
What type of dominance best explains these results?
A. The gene shows codominance Incorrect B. The gene shows epistasis Incorrect C. The gene shows complete dominance Incorrect D. The gene shows X-linked recessive Incorrect E. The gene shows incomplete dominance Correct MC2866_f5fb
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| G | g | ||
Male ♂ | G | GG | Gg |
| g | Gg | gg | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three redish pink (■) and one blue (■) phenotype.
What type of dominance best explains these results?
A. The gene shows codominance Incorrect B. The gene shows epistasis Incorrect C. The gene shows X-linked recessive Incorrect D. The gene shows incomplete dominance Incorrect E. The gene shows complete dominance Correct MCcd8a_296a
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| R | r | ||
Male ♂ | R | RR | ❉❉❉❉❉❉ ❉❉ Rr ❉❉ ❉❉❉❉❉❉ |
| r | ❉❉❉❉❉❉ ❉❉ Rr ❉❉ ❉❉❉❉❉❉ | rr | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included blue (■) and white (■), along with a speckled combination of blue (■) and white (■).
What type of dominance best explains these results?
A. The gene shows complete dominance Incorrect B. The gene shows X-linked recessive Incorrect C. The gene shows incomplete dominance Incorrect D. The gene shows codominance Correct E. The gene shows epistasis Incorrect MC0c97_3f4c
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| D | d | ||
Male ♂ | D | DD | ❉❉❉❉❉❉ ❉❉ Dd ❉❉ ❉❉❉❉❉❉ |
| d | ❉❉❉❉❉❉ ❉❉ Dd ❉❉ ❉❉❉❉❉❉ | dd | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included brown (■) and yellow (■), along with a speckled combination of brown (■) and yellow (■).
What type of dominance best explains these results?
A. The gene shows X-linked recessive Incorrect B. The gene shows complete dominance Incorrect C. The gene shows codominance Correct D. The gene shows incomplete dominance Incorrect E. The gene shows epistasis Incorrect MC17df_b509
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| D | d | ||
Male ♂ | D | DD | Dd |
| d | Dd | dd | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three white (■) and one red (■) phenotype.
What type of dominance best explains these results?
A. The gene shows epistasis Incorrect B. The gene shows codominance Incorrect C. The gene shows complete dominance Correct D. The gene shows X-linked recessive Incorrect E. The gene shows incomplete dominance Incorrect MCe302_89cf
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| A | a | ||
Male ♂ | A | AA | Aa |
| a | Aa | aa | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three yellow (■) and one brown (■) phenotype.
What type of dominance best explains these results?
A. The gene shows epistasis Incorrect B. The gene shows complete dominance Correct C. The gene shows codominance Incorrect D. The gene shows X-linked recessive Incorrect E. The gene shows incomplete dominance Incorrect MCcb55_e443
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| A | a | ||
Male ♂ | A | AA | ❉❉❉❉❉❉ ❉❉ Aa ❉❉ ❉❉❉❉❉❉ |
| a | ❉❉❉❉❉❉ ❉❉ Aa ❉❉ ❉❉❉❉❉❉ | aa | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included red (■) and yellow (■), along with a speckled combination of red (■) and yellow (■).
What type of dominance best explains these results?
A. The gene shows X-linked recessive Incorrect B. The gene shows incomplete dominance Incorrect C. The gene shows codominance Correct D. The gene shows complete dominance Incorrect E. The gene shows epistasis Incorrect MCbf26_ce72
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| R | r | ||
Male ♂ | R | RR | Rr |
| r | Rr | rr | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three blue (■) and one white (■) phenotype.
What type of dominance best explains these results?
A. The gene shows epistasis Incorrect B. The gene shows X-linked recessive Incorrect C. The gene shows codominance Incorrect D. The gene shows complete dominance Correct E. The gene shows incomplete dominance Incorrect MC95ee_c7a3
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| R | r | ||
Male ♂ | R | RR | Rr |
| r | Rr | rr | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three white (■) and one blue (■) phenotype.
What type of dominance best explains these results?
A. The gene shows X-linked recessive Incorrect B. The gene shows incomplete dominance Incorrect C. The gene shows complete dominance Correct D. The gene shows codominance Incorrect E. The gene shows epistasis Incorrect MCb264_6c08
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| T | t | ||
Male ♂ | T | TT | Tt |
| t | Tt | tt | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included brown (■) and yellow (■), along with an intermediate tan (■) phenotype.
What type of dominance best explains these results?
A. The gene shows codominance Incorrect B. The gene shows X-linked recessive Incorrect C. The gene shows epistasis Incorrect D. The gene shows incomplete dominance Correct E. The gene shows complete dominance Incorrect MCc6bc_6620
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| R | r | ||
Male ♂ | R | RR | ❉❉❉❉❉❉ ❉❉ Rr ❉❉ ❉❉❉❉❉❉ |
| r | ❉❉❉❉❉❉ ❉❉ Rr ❉❉ ❉❉❉❉❉❉ | rr | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included red (■) and yellow (■), along with a speckled combination of red (■) and yellow (■).
What type of dominance best explains these results?
A. The gene shows epistasis Incorrect B. The gene shows complete dominance Incorrect C. The gene shows incomplete dominance Incorrect D. The gene shows codominance Correct E. The gene shows X-linked recessive Incorrect MC2866_6908
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| G | g | ||
Male ♂ | G | GG | Gg |
| g | Gg | gg | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three redish pink (■) and one blue (■) phenotype.
What type of dominance best explains these results?
A. The gene shows codominance Incorrect B. The gene shows complete dominance Correct C. The gene shows X-linked recessive Incorrect D. The gene shows incomplete dominance Incorrect E. The gene shows epistasis Incorrect MC21ee_4a3c
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| D | d | ||
Male ♂ | D | DD | ❉❉❉❉❉❉ ❉❉ Dd ❉❉ ❉❉❉❉❉❉ |
| d | ❉❉❉❉❉❉ ❉❉ Dd ❉❉ ❉❉❉❉❉❉ | dd | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included white (■) and red (■), along with a speckled combination of white (■) and red (■).
What type of dominance best explains these results?
A. The gene shows epistasis Incorrect B. The gene shows codominance Correct C. The gene shows X-linked recessive Incorrect D. The gene shows incomplete dominance Incorrect E. The gene shows complete dominance Incorrect MCb1b1_c250
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| T | t | ||
Male ♂ | T | TT | ❉❉❉❉❉❉ ❉❉ Tt ❉❉ ❉❉❉❉❉❉ |
| t | ❉❉❉❉❉❉ ❉❉ Tt ❉❉ ❉❉❉❉❉❉ | tt | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included blue (■) and yellow (■), along with a speckled combination of blue (■) and yellow (■).
What type of dominance best explains these results?
A. The gene shows codominance Correct B. The gene shows incomplete dominance Incorrect C. The gene shows complete dominance Incorrect D. The gene shows X-linked recessive Incorrect E. The gene shows epistasis Incorrect MC54f9_b44f
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| R | r | ||
Male ♂ | R | RR | Rr |
| r | Rr | rr | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included blue (■) and redish pink (■), along with an intermediate purple (■) phenotype.
What type of dominance best explains these results?
A. The gene shows codominance Incorrect B. The gene shows incomplete dominance Correct C. The gene shows complete dominance Incorrect D. The gene shows epistasis Incorrect E. The gene shows X-linked recessive Incorrect MC654d_f5ae
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| G | g | ||
Male ♂ | G | GG | Gg |
| g | Gg | gg | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three yellow (■) and one blue (■) phenotype.
What type of dominance best explains these results?
A. The gene shows epistasis Incorrect B. The gene shows codominance Incorrect C. The gene shows X-linked recessive Incorrect D. The gene shows complete dominance Correct E. The gene shows incomplete dominance Incorrect MCc40a_6dc5
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| T | t | ||
Male ♂ | T | TT | Tt |
| t | Tt | tt | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included white (■) and blue (■), along with an intermediate light blue (■) phenotype.
What type of dominance best explains these results?
A. The gene shows incomplete dominance Correct B. The gene shows codominance Incorrect C. The gene shows complete dominance Incorrect D. The gene shows epistasis Incorrect E. The gene shows X-linked recessive Incorrect MC17df_8a69
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| D | d | ||
Male ♂ | D | DD | Dd |
| d | Dd | dd | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three white (■) and one red (■) phenotype.
What type of dominance best explains these results?
A. The gene shows X-linked recessive Incorrect B. The gene shows epistasis Incorrect C. The gene shows incomplete dominance Incorrect D. The gene shows codominance Incorrect E. The gene shows complete dominance Correct MC7c23_6a49
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| E | e | ||
Male ♂ | E | EE | Ee |
| e | Ee | ee | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three blue (■) and one white (■) phenotype.
What type of dominance best explains these results?
A. The gene shows incomplete dominance Incorrect B. The gene shows epistasis Incorrect C. The gene shows codominance Incorrect D. The gene shows complete dominance Correct E. The gene shows X-linked recessive Incorrect MC9488_1a41
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| A | a | ||
Male ♂ | A | AA | Aa |
| a | Aa | aa | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included yellow (■) and blue (■), along with an intermediate green (■) phenotype.
What type of dominance best explains these results?
A. The gene shows codominance Incorrect B. The gene shows X-linked recessive Incorrect C. The gene shows incomplete dominance Correct D. The gene shows complete dominance Incorrect E. The gene shows epistasis Incorrect MC1b7d_f5fb
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| A | a | ||
Male ♂ | A | AA | Aa |
| a | Aa | aa | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three white (■) and one blue (■) phenotype.
What type of dominance best explains these results?
A. The gene shows codominance Incorrect B. The gene shows epistasis Incorrect C. The gene shows X-linked recessive Incorrect D. The gene shows incomplete dominance Incorrect E. The gene shows complete dominance Correct MC1313_fe87
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| A | a | ||
Male ♂ | A | AA | ❉❉❉❉❉❉ ❉❉ Aa ❉❉ ❉❉❉❉❉❉ |
| a | ❉❉❉❉❉❉ ❉❉ Aa ❉❉ ❉❉❉❉❉❉ | aa | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included white (■) and red (■), along with a speckled combination of white (■) and red (■).
What type of dominance best explains these results?
A. The gene shows epistasis Incorrect B. The gene shows complete dominance Incorrect C. The gene shows incomplete dominance Incorrect D. The gene shows X-linked recessive Incorrect E. The gene shows codominance Correct MC9f52_7fac
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| G | g | ||
Male ♂ | G | GG | ❉❉❉❉❉❉ ❉❉ Gg ❉❉ ❉❉❉❉❉❉ |
| g | ❉❉❉❉❉❉ ❉❉ Gg ❉❉ ❉❉❉❉❉❉ | gg | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included redish pink (■) and blue (■), along with a speckled combination of redish pink (■) and blue (■).
What type of dominance best explains these results?
A. The gene shows incomplete dominance Incorrect B. The gene shows X-linked recessive Incorrect C. The gene shows epistasis Incorrect D. The gene shows complete dominance Incorrect E. The gene shows codominance Correct MC6324_8a69
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| E | e | ||
Male ♂ | E | EE | Ee |
| e | Ee | ee | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included white (■) and red (■), along with an intermediate pink (■) phenotype.
What type of dominance best explains these results?
A. The gene shows X-linked recessive Incorrect B. The gene shows epistasis Incorrect C. The gene shows incomplete dominance Correct D. The gene shows codominance Incorrect E. The gene shows complete dominance Incorrect MC82b5_766a
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| G | g | ||
Male ♂ | G | GG | Gg |
| g | Gg | gg | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three yellow (■) and one red (■) phenotype.
What type of dominance best explains these results?
A. The gene shows complete dominance Correct B. The gene shows epistasis Incorrect C. The gene shows incomplete dominance Incorrect D. The gene shows X-linked recessive Incorrect E. The gene shows codominance Incorrect MC7920_63ea
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| E | e | ||
Male ♂ | E | EE | Ee |
| e | Ee | ee | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three blue (■) and one redish pink (■) phenotype.
What type of dominance best explains these results?
A. The gene shows incomplete dominance Incorrect B. The gene shows complete dominance Correct C. The gene shows codominance Incorrect D. The gene shows epistasis Incorrect E. The gene shows X-linked recessive Incorrect MC3859_934c
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| E | e | ||
Male ♂ | E | EE | Ee |
| e | Ee | ee | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included yellow (■) and blue (■), along with an intermediate green (■) phenotype.
What type of dominance best explains these results?
A. The gene shows X-linked recessive Incorrect B. The gene shows complete dominance Incorrect C. The gene shows incomplete dominance Correct D. The gene shows epistasis Incorrect E. The gene shows codominance Incorrect MC3c42_64a3
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| T | t | ||
Male ♂ | T | TT | Tt |
| t | Tt | tt | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three yellow (■) and one brown (■) phenotype.
What type of dominance best explains these results?
A. The gene shows complete dominance Correct B. The gene shows incomplete dominance Incorrect C. The gene shows codominance Incorrect D. The gene shows epistasis Incorrect E. The gene shows X-linked recessive Incorrect MC659c_12bc
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| R | r | ||
Male ♂ | R | RR | Rr |
| r | Rr | rr | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three yellow (■) and one brown (■) phenotype.
What type of dominance best explains these results?
A. The gene shows complete dominance Correct B. The gene shows incomplete dominance Incorrect C. The gene shows codominance Incorrect D. The gene shows X-linked recessive Incorrect E. The gene shows epistasis Incorrect MC2609_abd1
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| A | a | ||
Male ♂ | A | AA | Aa |
| a | Aa | aa | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included blue (■) and redish pink (■), along with an intermediate purple (■) phenotype.
What type of dominance best explains these results?
A. The gene shows epistasis Incorrect B. The gene shows complete dominance Incorrect C. The gene shows X-linked recessive Incorrect D. The gene shows incomplete dominance Correct E. The gene shows codominance Incorrect MCe4a3_84ab
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| R | r | ||
Male ♂ | R | RR | Rr |
| r | Rr | rr | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three yellow (■) and one blue (■) phenotype.
What type of dominance best explains these results?
A. The gene shows X-linked recessive Incorrect B. The gene shows codominance Incorrect C. The gene shows epistasis Incorrect D. The gene shows incomplete dominance Incorrect E. The gene shows complete dominance Correct MC1673_f5fb
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| A | a | ||
Male ♂ | A | AA | Aa |
| a | Aa | aa | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included red (■) and yellow (■), along with an intermediate orange (■) phenotype.
What type of dominance best explains these results?
A. The gene shows codominance Incorrect B. The gene shows epistasis Incorrect C. The gene shows X-linked recessive Incorrect D. The gene shows incomplete dominance Correct E. The gene shows complete dominance Incorrect MC1673_84ab
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| A | a | ||
Male ♂ | A | AA | Aa |
| a | Aa | aa | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included red (■) and yellow (■), along with an intermediate orange (■) phenotype.
What type of dominance best explains these results?
A. The gene shows X-linked recessive Incorrect B. The gene shows codominance Incorrect C. The gene shows epistasis Incorrect D. The gene shows incomplete dominance Correct E. The gene shows complete dominance Incorrect MC6b87_d1a8
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| T | t | ||
Male ♂ | T | TT | Tt |
| t | Tt | tt | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included blue (■) and yellow (■), along with an intermediate green (■) phenotype.
What type of dominance best explains these results?
A. The gene shows X-linked recessive Incorrect B. The gene shows complete dominance Incorrect C. The gene shows codominance Incorrect D. The gene shows epistasis Incorrect E. The gene shows incomplete dominance Correct MC1b7d_b44f
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| A | a | ||
Male ♂ | A | AA | Aa |
| a | Aa | aa | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three white (■) and one blue (■) phenotype.
What type of dominance best explains these results?
A. The gene shows codominance Incorrect B. The gene shows incomplete dominance Incorrect C. The gene shows complete dominance Correct D. The gene shows epistasis Incorrect E. The gene shows X-linked recessive Incorrect MCbb64_15f5
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| A | a | ||
Male ♂ | A | AA | Aa |
| a | Aa | aa | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included blue (■) and yellow (■), along with an intermediate green (■) phenotype.
What type of dominance best explains these results?
A. The gene shows incomplete dominance Correct B. The gene shows complete dominance Incorrect C. The gene shows codominance Incorrect D. The gene shows X-linked recessive Incorrect E. The gene shows epistasis Incorrect MC6860_b509
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| D | d | ||
Male ♂ | D | DD | Dd |
| d | Dd | dd | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included blue (■) and white (■), along with an intermediate light blue (■) phenotype.
What type of dominance best explains these results?
A. The gene shows epistasis Incorrect B. The gene shows codominance Incorrect C. The gene shows complete dominance Incorrect D. The gene shows X-linked recessive Incorrect E. The gene shows incomplete dominance Correct MCa2d0_55f2
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| G | g | ||
Male ♂ | G | GG | Gg |
| g | Gg | gg | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included red (■) and white (■), along with an intermediate pink (■) phenotype.
What type of dominance best explains these results?
A. The gene shows incomplete dominance Correct B. The gene shows epistasis Incorrect C. The gene shows codominance Incorrect D. The gene shows X-linked recessive Incorrect E. The gene shows complete dominance Incorrect MC5142_abd1
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| E | e | ||
Male ♂ | E | EE | ❉❉❉❉❉❉ ❉❉ Ee ❉❉ ❉❉❉❉❉❉ |
| e | ❉❉❉❉❉❉ ❉❉ Ee ❉❉ ❉❉❉❉❉❉ | ee | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included yellow (■) and red (■), along with a speckled combination of yellow (■) and red (■).
What type of dominance best explains these results?
A. The gene shows epistasis Incorrect B. The gene shows complete dominance Incorrect C. The gene shows X-linked recessive Incorrect D. The gene shows incomplete dominance Incorrect E. The gene shows codominance Correct MCb687_050e
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| R | r | ||
Male ♂ | R | RR | Rr |
| r | Rr | rr | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three yellow (■) and one red (■) phenotype.
What type of dominance best explains these results?
A. The gene shows incomplete dominance Incorrect B. The gene shows codominance Incorrect C. The gene shows X-linked recessive Incorrect D. The gene shows epistasis Incorrect E. The gene shows complete dominance Correct MC97ac_d4e0
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| G | g | ||
Male ♂ | G | GG | ❉❉❉❉❉❉ ❉❉ Gg ❉❉ ❉❉❉❉❉❉ |
| g | ❉❉❉❉❉❉ ❉❉ Gg ❉❉ ❉❉❉❉❉❉ | gg | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included yellow (■) and red (■), along with a speckled combination of yellow (■) and red (■).
What type of dominance best explains these results?
A. The gene shows codominance Correct B. The gene shows complete dominance Incorrect C. The gene shows incomplete dominance Incorrect D. The gene shows epistasis Incorrect E. The gene shows X-linked recessive Incorrect MC8f33_a405
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| E | e | ||
Male ♂ | E | EE | Ee |
| e | Ee | ee | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three red (■) and one white (■) phenotype.
What type of dominance best explains these results?
A. The gene shows codominance Incorrect B. The gene shows epistasis Incorrect C. The gene shows incomplete dominance Incorrect D. The gene shows complete dominance Correct E. The gene shows X-linked recessive Incorrect MCf4e1_d4e0
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| T | t | ||
Male ♂ | T | TT | Tt |
| t | Tt | tt | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included brown (■) and yellow (■), along with an intermediate tan (■) phenotype.
What type of dominance best explains these results?
A. The gene shows codominance Incorrect B. The gene shows complete dominance Incorrect C. The gene shows incomplete dominance Correct D. The gene shows epistasis Incorrect E. The gene shows X-linked recessive Incorrect MCcd96_7f30
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| E | e | ||
Male ♂ | E | EE | Ee |
| e | Ee | ee | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included yellow (■) and brown (■), along with an intermediate tan (■) phenotype.
What type of dominance best explains these results?
A. The gene shows X-linked recessive Incorrect B. The gene shows incomplete dominance Correct C. The gene shows epistasis Incorrect D. The gene shows complete dominance Incorrect E. The gene shows codominance Incorrect MC955b_63ea
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| A | a | ||
Male ♂ | A | AA | ❉❉❉❉❉❉ ❉❉ Aa ❉❉ ❉❉❉❉❉❉ |
| a | ❉❉❉❉❉❉ ❉❉ Aa ❉❉ ❉❉❉❉❉❉ | aa | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included blue (■) and redish pink (■), along with a speckled combination of blue (■) and redish pink (■).
What type of dominance best explains these results?
A. The gene shows incomplete dominance Incorrect B. The gene shows complete dominance Incorrect C. The gene shows codominance Correct D. The gene shows epistasis Incorrect E. The gene shows X-linked recessive Incorrect MC3293_272a
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| D | d | ||
Male ♂ | D | DD | Dd |
| d | Dd | dd | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included yellow (■) and brown (■), along with an intermediate tan (■) phenotype.
What type of dominance best explains these results?
A. The gene shows X-linked recessive Incorrect B. The gene shows codominance Incorrect C. The gene shows complete dominance Incorrect D. The gene shows epistasis Incorrect E. The gene shows incomplete dominance Correct MC928c_fa38
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| R | r | ||
Male ♂ | R | RR | ❉❉❉❉❉❉ ❉❉ Rr ❉❉ ❉❉❉❉❉❉ |
| r | ❉❉❉❉❉❉ ❉❉ Rr ❉❉ ❉❉❉❉❉❉ | rr | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included red (■) and white (■), along with a speckled combination of red (■) and white (■).
What type of dominance best explains these results?
A. The gene shows incomplete dominance Incorrect B. The gene shows X-linked recessive Incorrect C. The gene shows epistasis Incorrect D. The gene shows codominance Correct E. The gene shows complete dominance Incorrect MC4a6f_a82b
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| R | r | ||
Male ♂ | R | RR | Rr |
| r | Rr | rr | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three red (■) and one white (■) phenotype.
What type of dominance best explains these results?
A. The gene shows X-linked recessive Incorrect B. The gene shows complete dominance Correct C. The gene shows epistasis Incorrect D. The gene shows codominance Incorrect E. The gene shows incomplete dominance Incorrect MC46bf_efac
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| A | a | ||
Male ♂ | A | AA | Aa |
| a | Aa | aa | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three blue (■) and one white (■) phenotype.
What type of dominance best explains these results?
A. The gene shows codominance Incorrect B. The gene shows incomplete dominance Incorrect C. The gene shows epistasis Incorrect D. The gene shows X-linked recessive Incorrect E. The gene shows complete dominance Correct MC0593_efac
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| T | t | ||
Male ♂ | T | TT | Tt |
| t | Tt | tt | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three blue (■) and one redish pink (■) phenotype.
What type of dominance best explains these results?
A. The gene shows codominance Incorrect B. The gene shows incomplete dominance Incorrect C. The gene shows epistasis Incorrect D. The gene shows X-linked recessive Incorrect E. The gene shows complete dominance Correct MC98f4_efac
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| T | t | ||
Male ♂ | T | TT | Tt |
| t | Tt | tt | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three blue (■) and one white (■) phenotype.
What type of dominance best explains these results?
A. The gene shows codominance Incorrect B. The gene shows incomplete dominance Incorrect C. The gene shows epistasis Incorrect D. The gene shows X-linked recessive Incorrect E. The gene shows complete dominance Correct MC8ec1_e14a
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| G | g | ||
Male ♂ | G | GG | Gg |
| g | Gg | gg | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included blue (■) and white (■), along with an intermediate light blue (■) phenotype.
What type of dominance best explains these results?
A. The gene shows incomplete dominance Correct B. The gene shows codominance Incorrect C. The gene shows X-linked recessive Incorrect D. The gene shows complete dominance Incorrect E. The gene shows epistasis Incorrect MC3792_835a
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| T | t | ||
Male ♂ | T | TT | ❉❉❉❉❉❉ ❉❉ Tt ❉❉ ❉❉❉❉❉❉ |
| t | ❉❉❉❉❉❉ ❉❉ Tt ❉❉ ❉❉❉❉❉❉ | tt | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included white (■) and blue (■), along with a speckled combination of white (■) and blue (■).
What type of dominance best explains these results?
A. The gene shows complete dominance Incorrect B. The gene shows epistasis Incorrect C. The gene shows X-linked recessive Incorrect D. The gene shows codominance Correct E. The gene shows incomplete dominance Incorrect MCc2ee_ec35
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| G | g | ||
Male ♂ | G | GG | Gg |
| g | Gg | gg | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included yellow (■) and blue (■), along with an intermediate green (■) phenotype.
What type of dominance best explains these results?
A. The gene shows epistasis Incorrect B. The gene shows incomplete dominance Correct C. The gene shows codominance Incorrect D. The gene shows X-linked recessive Incorrect E. The gene shows complete dominance Incorrect MC2575_eeb9
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| E | e | ||
Male ♂ | E | EE | Ee |
| e | Ee | ee | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three yellow (■) and one blue (■) phenotype.
What type of dominance best explains these results?
A. The gene shows X-linked recessive Incorrect B. The gene shows epistasis Incorrect C. The gene shows codominance Incorrect D. The gene shows complete dominance Correct E. The gene shows incomplete dominance Incorrect MC760d_0007
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| T | t | ||
Male ♂ | T | TT | Tt |
| t | Tt | tt | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included red (■) and yellow (■), along with an intermediate orange (■) phenotype.
What type of dominance best explains these results?
A. The gene shows X-linked recessive Incorrect B. The gene shows incomplete dominance Correct C. The gene shows codominance Incorrect D. The gene shows epistasis Incorrect E. The gene shows complete dominance Incorrect MC3c2e_d4a2
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| T | t | ||
Male ♂ | T | TT | Tt |
| t | Tt | tt | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included red (■) and white (■), along with an intermediate pink (■) phenotype.
What type of dominance best explains these results?
A. The gene shows complete dominance Incorrect B. The gene shows codominance Incorrect C. The gene shows epistasis Incorrect D. The gene shows X-linked recessive Incorrect E. The gene shows incomplete dominance Correct MCe660_15f5
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| A | a | ||
Male ♂ | A | AA | Aa |
| a | Aa | aa | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included white (■) and blue (■), along with an intermediate light blue (■) phenotype.
What type of dominance best explains these results?
A. The gene shows incomplete dominance Correct B. The gene shows complete dominance Incorrect C. The gene shows codominance Incorrect D. The gene shows X-linked recessive Incorrect E. The gene shows epistasis Incorrect MC045f_90c8
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| R | r | ||
Male ♂ | R | RR | Rr |
| r | Rr | rr | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three red (■) and one yellow (■) phenotype.
What type of dominance best explains these results?
A. The gene shows incomplete dominance Incorrect B. The gene shows epistasis Incorrect C. The gene shows complete dominance Correct D. The gene shows codominance Incorrect E. The gene shows X-linked recessive Incorrect MC3859_b3d1
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| E | e | ||
Male ♂ | E | EE | Ee |
| e | Ee | ee | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included yellow (■) and blue (■), along with an intermediate green (■) phenotype.
What type of dominance best explains these results?
A. The gene shows epistasis Incorrect B. The gene shows X-linked recessive Incorrect C. The gene shows complete dominance Incorrect D. The gene shows codominance Incorrect E. The gene shows incomplete dominance Correct MC227c_7f30
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| A | a | ||
Male ♂ | A | AA | Aa |
| a | Aa | aa | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included redish pink (■) and blue (■), along with an intermediate purple (■) phenotype.
What type of dominance best explains these results?
A. The gene shows X-linked recessive Incorrect B. The gene shows incomplete dominance Correct C. The gene shows epistasis Incorrect D. The gene shows complete dominance Incorrect E. The gene shows codominance Incorrect MCc156_512b
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| R | r | ||
Male ♂ | R | RR | ❉❉❉❉❉❉ ❉❉ Rr ❉❉ ❉❉❉❉❉❉ |
| r | ❉❉❉❉❉❉ ❉❉ Rr ❉❉ ❉❉❉❉❉❉ | rr | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included yellow (■) and red (■), along with a speckled combination of yellow (■) and red (■).
What type of dominance best explains these results?
A. The gene shows X-linked recessive Incorrect B. The gene shows epistasis Incorrect C. The gene shows codominance Correct D. The gene shows incomplete dominance Incorrect E. The gene shows complete dominance Incorrect MC25de_1a41
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| R | r | ||
Male ♂ | R | RR | Rr |
| r | Rr | rr | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included blue (■) and yellow (■), along with an intermediate green (■) phenotype.
What type of dominance best explains these results?
A. The gene shows codominance Incorrect B. The gene shows X-linked recessive Incorrect C. The gene shows incomplete dominance Correct D. The gene shows complete dominance Incorrect E. The gene shows epistasis Incorrect MC0fc2_c73f
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| T | t | ||
Male ♂ | T | TT | ❉❉❉❉❉❉ ❉❉ Tt ❉❉ ❉❉❉❉❉❉ |
| t | ❉❉❉❉❉❉ ❉❉ Tt ❉❉ ❉❉❉❉❉❉ | tt | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included redish pink (■) and blue (■), along with a speckled combination of redish pink (■) and blue (■).
What type of dominance best explains these results?
A. The gene shows incomplete dominance Incorrect B. The gene shows X-linked recessive Incorrect C. The gene shows complete dominance Incorrect D. The gene shows codominance Correct E. The gene shows epistasis Incorrect MC17df_9bbe
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| D | d | ||
Male ♂ | D | DD | Dd |
| d | Dd | dd | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three white (■) and one red (■) phenotype.
What type of dominance best explains these results?
A. The gene shows codominance Incorrect B. The gene shows epistasis Incorrect C. The gene shows incomplete dominance Incorrect D. The gene shows X-linked recessive Incorrect E. The gene shows complete dominance Correct MC6583_ec35
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| T | t | ||
Male ♂ | T | TT | ❉❉❉❉❉❉ ❉❉ Tt ❉❉ ❉❉❉❉❉❉ |
| t | ❉❉❉❉❉❉ ❉❉ Tt ❉❉ ❉❉❉❉❉❉ | tt | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included yellow (■) and red (■), along with a speckled combination of yellow (■) and red (■).
What type of dominance best explains these results?
A. The gene shows epistasis Incorrect B. The gene shows incomplete dominance Incorrect C. The gene shows codominance Correct D. The gene shows X-linked recessive Incorrect E. The gene shows complete dominance Incorrect MC554a_6a49
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| T | t | ||
Male ♂ | T | TT | Tt |
| t | Tt | tt | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three red (■) and one white (■) phenotype.
What type of dominance best explains these results?
A. The gene shows incomplete dominance Incorrect B. The gene shows epistasis Incorrect C. The gene shows codominance Incorrect D. The gene shows complete dominance Correct E. The gene shows X-linked recessive Incorrect MC0ea0_934c
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| T | t | ||
Male ♂ | T | TT | Tt |
| t | Tt | tt | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included white (■) and blue (■), along with an intermediate light blue (■) phenotype.
What type of dominance best explains these results?
A. The gene shows X-linked recessive Incorrect B. The gene shows complete dominance Incorrect C. The gene shows incomplete dominance Correct D. The gene shows epistasis Incorrect E. The gene shows codominance Incorrect MCc2ee_d38e
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| G | g | ||
Male ♂ | G | GG | Gg |
| g | Gg | gg | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included yellow (■) and blue (■), along with an intermediate green (■) phenotype.
What type of dominance best explains these results?
A. The gene shows epistasis Incorrect B. The gene shows incomplete dominance Correct C. The gene shows codominance Incorrect D. The gene shows complete dominance Incorrect E. The gene shows X-linked recessive Incorrect MCc9d9_d1a8
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| R | r | ||
Male ♂ | R | RR | Rr |
| r | Rr | rr | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included blue (■) and yellow (■), along with an intermediate green (■) phenotype.
What type of dominance best explains these results?
A. The gene shows X-linked recessive Incorrect B. The gene shows complete dominance Incorrect C. The gene shows codominance Incorrect D. The gene shows epistasis Incorrect E. The gene shows incomplete dominance Correct MCdf08_512b
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| R | r | ||
Male ♂ | R | RR | Rr |
| r | Rr | rr | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three redish pink (■) and one blue (■) phenotype.
What type of dominance best explains these results?
A. The gene shows X-linked recessive Incorrect B. The gene shows epistasis Incorrect C. The gene shows codominance Incorrect D. The gene shows incomplete dominance Incorrect E. The gene shows complete dominance Correct MC9c24_e4df
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| T | t | ||
Male ♂ | T | TT | Tt |
| t | Tt | tt | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three blue (■) and one yellow (■) phenotype.
What type of dominance best explains these results?
A. The gene shows incomplete dominance Incorrect B. The gene shows X-linked recessive Incorrect C. The gene shows codominance Incorrect D. The gene shows complete dominance Correct E. The gene shows epistasis Incorrect MCe6d5_55f2
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| E | e | ||
Male ♂ | E | EE | ❉❉❉❉❉❉ ❉❉ Ee ❉❉ ❉❉❉❉❉❉ |
| e | ❉❉❉❉❉❉ ❉❉ Ee ❉❉ ❉❉❉❉❉❉ | ee | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included white (■) and blue (■), along with a speckled combination of white (■) and blue (■).
What type of dominance best explains these results?
A. The gene shows incomplete dominance Incorrect B. The gene shows epistasis Incorrect C. The gene shows codominance Correct D. The gene shows X-linked recessive Incorrect E. The gene shows complete dominance Incorrect MC28e7_050e
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| T | t | ||
Male ♂ | T | TT | ❉❉❉❉❉❉ ❉❉ Tt ❉❉ ❉❉❉❉❉❉ |
| t | ❉❉❉❉❉❉ ❉❉ Tt ❉❉ ❉❉❉❉❉❉ | tt | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included white (■) and red (■), along with a speckled combination of white (■) and red (■).
What type of dominance best explains these results?
A. The gene shows incomplete dominance Incorrect B. The gene shows codominance Correct C. The gene shows X-linked recessive Incorrect D. The gene shows epistasis Incorrect E. The gene shows complete dominance Incorrect MC1b2e_fe87
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| D | d | ||
Male ♂ | D | DD | Dd |
| d | Dd | dd | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included white (■) and red (■), along with an intermediate pink (■) phenotype.
What type of dominance best explains these results?
A. The gene shows epistasis Incorrect B. The gene shows complete dominance Incorrect C. The gene shows incomplete dominance Correct D. The gene shows X-linked recessive Incorrect E. The gene shows codominance Incorrect MCdd05_2f36
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| T | t | ||
Male ♂ | T | TT | Tt |
| t | Tt | tt | |
Two organisms were crossed in a monohybrid experiment. The offspring showed three white (■) and one blue (■) phenotype.
What type of dominance best explains these results?
A. The gene shows epistasis Incorrect B. The gene shows X-linked recessive Incorrect C. The gene shows incomplete dominance Incorrect D. The gene shows complete dominance Correct E. The gene shows codominance Incorrect MCcdf3_9ba6
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| D | d | ||
Male ♂ | D | DD | ❉❉❉❉❉❉ ❉❉ Dd ❉❉ ❉❉❉❉❉❉ |
| d | ❉❉❉❉❉❉ ❉❉ Dd ❉❉ ❉❉❉❉❉❉ | dd | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included yellow (■) and red (■), along with a speckled combination of yellow (■) and red (■).
What type of dominance best explains these results?
A. The gene shows complete dominance Incorrect B. The gene shows incomplete dominance Incorrect C. The gene shows X-linked recessive Incorrect D. The gene shows epistasis Incorrect E. The gene shows codominance Correct MCc62c_009b
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| A | a | ||
Male ♂ | A | AA | Aa |
| a | Aa | aa | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included brown (■) and yellow (■), along with an intermediate tan (■) phenotype.
What type of dominance best explains these results?
A. The gene shows incomplete dominance Correct B. The gene shows X-linked recessive Incorrect C. The gene shows codominance Incorrect D. The gene shows epistasis Incorrect E. The gene shows complete dominance Incorrect MC044c_63ea
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| R | r | ||
Male ♂ | R | RR | Rr |
| r | Rr | rr | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included yellow (■) and red (■), along with an intermediate orange (■) phenotype.
What type of dominance best explains these results?
A. The gene shows incomplete dominance Correct B. The gene shows complete dominance Incorrect C. The gene shows codominance Incorrect D. The gene shows epistasis Incorrect E. The gene shows X-linked recessive Incorrect MCdf52_1bda
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| E | e | ||
Male ♂ | E | EE | ❉❉❉❉❉❉ ❉❉ Ee ❉❉ ❉❉❉❉❉❉ |
| e | ❉❉❉❉❉❉ ❉❉ Ee ❉❉ ❉❉❉❉❉❉ | ee | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included blue (■) and yellow (■), along with a speckled combination of blue (■) and yellow (■).
What type of dominance best explains these results?
A. The gene shows incomplete dominance Incorrect B. The gene shows codominance Correct C. The gene shows complete dominance Incorrect D. The gene shows X-linked recessive Incorrect E. The gene shows epistasis Incorrect MCa15d_9949
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| D | d | ||
Male ♂ | D | DD | Dd |
| d | Dd | dd | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included white (■) and red (■), along with an intermediate pink (■) phenotype.
What type of dominance best explains these results?
A. The gene shows incomplete dominance Correct B. The gene shows complete dominance Incorrect C. The gene shows epistasis Incorrect D. The gene shows codominance Incorrect E. The gene shows X-linked recessive Incorrect MC6cc8_a1ca
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| D | d | ||
Male ♂ | D | DD | Dd |
| d | Dd | dd | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included white (■) and blue (■), along with an intermediate light blue (■) phenotype.
What type of dominance best explains these results?
A. The gene shows X-linked recessive Incorrect B. The gene shows incomplete dominance Correct C. The gene shows complete dominance Incorrect D. The gene shows epistasis Incorrect E. The gene shows codominance Incorrect MCf7e3_9bbe
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| T | t | ||
Male ♂ | T | TT | ❉❉❉❉❉❉ ❉❉ Tt ❉❉ ❉❉❉❉❉❉ |
| t | ❉❉❉❉❉❉ ❉❉ Tt ❉❉ ❉❉❉❉❉❉ | tt | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included red (■) and white (■), along with a speckled combination of red (■) and white (■).
What type of dominance best explains these results?
A. The gene shows codominance Correct B. The gene shows epistasis Incorrect C. The gene shows incomplete dominance Incorrect D. The gene shows X-linked recessive Incorrect E. The gene shows complete dominance Incorrect MCee91_1bda
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| D | d | ||
Male ♂ | D | DD | Dd |
| d | Dd | dd | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included blue (■) and yellow (■), along with an intermediate green (■) phenotype.
What type of dominance best explains these results?
A. The gene shows incomplete dominance Correct B. The gene shows codominance Incorrect C. The gene shows complete dominance Incorrect D. The gene shows X-linked recessive Incorrect E. The gene shows epistasis Incorrect MC5c24_b44f
| Gene 1 | Female ♀ | ||
|---|---|---|---|
| R | r | ||
Male ♂ | R | RR | ❉❉❉❉❉❉ ❉❉ Rr ❉❉ ❉❉❉❉❉❉ |
| r | ❉❉❉❉❉❉ ❉❉ Rr ❉❉ ❉❉❉❉❉❉ | rr | |
Two organisms were crossed in a monohybrid experiment. The offspring phenotypes included yellow (■) and blue (■), along with a speckled combination of yellow (■) and blue (■).
What type of dominance best explains these results?
A. The gene shows codominance Correct B. The gene shows incomplete dominance Incorrect C. The gene shows complete dominance Incorrect D. The gene shows epistasis Incorrect E. The gene shows X-linked recessive Incorrect