MAT

b9fc_cec8

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Haplo-Diploid system only system where males ♂ have no fathers Z-W system females ♀ have two different kinds of chromosomes X-Y system males ♂ have two different kinds of chromosomes X-O system sex is determined on whether or NOT the male ♂ sperm contains a sex chromosome MAT

b9fc_286f

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-Y system males ♂ have two different kinds of chromosomes Haplo-Diploid system there are no sex chromosomes X-O system sex of the offspring depends on whether or NOT a sex chromosome is present in the male ♂ sperm Z-W system males ♂ have two of the same kind of chromosomes MAT

b9fc_ea33

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Haplo-Diploid system unfertilized eggs develop into males ♂ X-O system sex of the offspring depends on whether or NOT a sex chromosome is present in the male ♂ gamete X-Y system females ♀ are homogametic and males ♂ are heterogametic Z-W system males ♂ have two homologous sex chromosomes MAT

b9fc_2c51

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system males ♂ only have one sex chromosome, while females ♀ have two X-Y system males ♂ have two different kinds of chromosomes Haplo-Diploid system males ♂ only have one copy of every sex and autosomal chromosome Z-W system females ♀ have two different kinds of chromosomes MAT

b9fc_64fc

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Z-W system sex of an offspring depends on which sex chromosome is contained with the female ♀ egg (ovum) X-O system sex of the offspring depends on whether or NOT a sex chromosome is present in the male ♂ sperm X-Y system females ♀ have two of the same kind of sex chromosome Haplo-Diploid system there are no sex chromosomes MAT

b9fc_53e6

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system sex of the offspring depends on whether or NOT a sex chromosome is present in the male ♂ gamete Haplo-Diploid system found in insects, such as ants and bees Z-W system females ♀ have two different kinds of chromosomes X-Y system males ♂ have two different kinds of chromosomes MAT

b9fc_1bbe

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system sex of an offspring depends on if the male ♂ sperm contains a sex chromosome or if it is missing Z-W system this system is the reverse of the system found in humans Haplo-Diploid system there are no sex chromosomes X-Y system females ♀ have two of the same kind of sex chromosome MAT

b9fc_f009

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Z-W system found in most birds, many reptiles, and some insects X-O system sex of the offspring depends on whether or NOT a sex chromosome is present in the male ♂ sperm X-Y system found in most mammals, as well as some insects including Drosophila Haplo-Diploid system males ♂ only have one copy of every sex and autosomal chromosome MAT

b9fc_e172

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system females ♀ have two homologous sex chromosomes, males ♂ have only one X-Y system females ♀ are homogametic and males ♂ are heterogametic Haplo-Diploid system females ♀ decide the sex by choosing whether or NOT to expose the female ♀ egg (ovum) to sperm Z-W system females ♀ are heterogametic and males ♂ are homogametic MAT

b9fc_f30a

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Haplo-Diploid system males ♂ only have one copy of every sex and autosomal chromosome X-Y system found in most mammals, as well as some insects including Drosophila X-O system females ♀ have two homologous sex chromosomes, males ♂ have only one Z-W system females ♀ are heterogametic and males ♂ are homogametic MAT

b9fc_c264

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-Y system males ♂ are heterogametic and females ♀ are homogametic X-O system males ♂ only have one sex chromosome, while females ♀ have two Z-W system only system where sex is determined by the female ♀ egg (ovum) Haplo-Diploid system there are no sex chromosomes MAT

b9fc_dc33

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Z-W system males ♂ have two homologous sex chromosomes X-O system males ♂ only have one sex chromosome, while females ♀ have two X-Y system males ♂ have two different kinds of chromosomes Haplo-Diploid system males ♂ only have one copy of every sex and autosomal chromosome MAT

b9fc_2c48

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-Y system females ♀ are homogametic and males ♂ are heterogametic X-O system sex is determined on whether or NOT the male ♂ sperm contains a sex chromosome Haplo-Diploid system males ♂ develop from unfertilized eggs and thus have no fathers Z-W system females ♀ are heterogametic and males ♂ are homogametic MAT

b9fc_fdf4

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Z-W system females ♀ are heterogametic and males ♂ are homogametic X-O system sex of the offspring depends on whether or NOT a sex chromosome is present in the male ♂ gamete Haplo-Diploid system unfertilized eggs develop into males ♂ X-Y system found in most mammals, as well as some insects including Drosophila MAT

b9fc_9647

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Z-W system males ♂ are homogametic and females ♀ are heterogametic X-O system males ♂ only have one sex chromosome, while females ♀ have two X-Y system sex of an offspring depends on which of two sex chromosomes are contained with the male ♂ sperm Haplo-Diploid system only system where males ♂ have no fathers MAT

b9fc_e1c9

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Z-W system found in most birds, many reptiles, and some insects X-Y system females ♀ have two of the same kind of sex chromosome Haplo-Diploid system there are no sex chromosomes X-O system sex of an offspring depends on if the male ♂ sperm contains a sex chromosome or if it is missing MAT

b9fc_f334

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system sex is determined on whether or NOT the male ♂ sperm contains a sex chromosome X-Y system females ♀ are homogametic and males ♂ are heterogametic Haplo-Diploid system found in insects, such as ants and bees Z-W system males ♂ have two homologous sex chromosomes MAT

b9fc_9aa0

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Z-W system only system where sex is determined by the female ♀ egg (ovum) X-O system males ♂ only have one sex chromosome, while females ♀ have two Haplo-Diploid system males ♂ develop from unfertilized eggs and thus have no fathers X-Y system sex is determined by which chromosome is contained in the male ♂ sperm cell MAT

b9fc_466d

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-Y system females ♀ have two of the same kind of sex chromosome Haplo-Diploid system males ♂ develop from unfertilized eggs and thus have no fathers Z-W system found in most birds, many reptiles, and some insects X-O system sex of the offspring depends on whether or NOT a sex chromosome is present in the male ♂ gamete MAT

b9fc_a4b6

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Haplo-Diploid system males ♂ develop from unfertilized eggs and thus have no fathers X-O system found in a number of insects, including the grasshoppers, cockroaches, and crickets X-Y system females ♀ have two of the same kind of sex chromosome Z-W system males ♂ are homogametic and females ♀ are heterogametic MAT

b9fc_6190

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-Y system females ♀ are homogametic and males ♂ are heterogametic Z-W system males ♂ have two of the same kind of chromosomes Haplo-Diploid system unfertilized eggs develop into males ♂ X-O system male ♂ sperm normally contain either one sex chromosome or no sex chromosomes at all MAT

b9fc_0049

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-Y system sex of an offspring depends on which of two sex chromosomes are contained with the male ♂ sperm X-O system sex of an offspring depends on if the male ♂ sperm contains a sex chromosome or if it is missing Haplo-Diploid system males ♂ develop from unfertilized eggs and thus have no fathers Z-W system females ♀ have two different kinds of chromosomes MAT

b9fc_7d32

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-Y system females ♀ have two of the same kind of sex chromosome X-O system males ♂ are diploid, but only have one sex chromosome Z-W system females ♀ are heterogametic and males ♂ are homogametic Haplo-Diploid system found in insects, such as ants and bees MAT

b9fc_4639

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Z-W system males ♂ are homogametic and females ♀ are heterogametic X-Y system females ♀ are homogametic and males ♂ are heterogametic Haplo-Diploid system unfertilized eggs develop into males ♂ X-O system sex is determined on whether or NOT the male ♂ sperm contains a sex chromosome MAT

b9fc_e0ec

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Haplo-Diploid system found in insects, such as ants and bees Z-W system males ♂ have two homologous sex chromosomes X-Y system males ♂ are heterogametic and females ♀ are homogametic X-O system male ♂ sperm normally contain either one sex chromosome or no sex chromosomes at all MAT

b9fc_555c

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Haplo-Diploid system males ♂ develop from unfertilized eggs and thus have no fathers X-O system sex of the offspring depends on whether or NOT a sex chromosome is present in the male ♂ gamete Z-W system females ♀ are heterogametic and males ♂ are homogametic X-Y system males ♂ have two different kinds of chromosomes MAT

b9fc_732a

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-Y system females ♀ have two of the same kind of sex chromosome X-O system males ♂ are diploid, but only have one sex chromosome Haplo-Diploid system only system where males ♂ have no fathers Z-W system found in most birds, many reptiles, and some insects MAT

b9fc_5fb8

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Haplo-Diploid system there are no sex chromosomes X-O system sex of the offspring depends on whether or NOT a sex chromosome is present in the male ♂ gamete Z-W system females ♀ are heterogametic and males ♂ are homogametic X-Y system males ♂ have two different kinds of chromosomes MAT

b9fc_9a47

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-Y system females ♀ are homogametic and males ♂ are heterogametic Z-W system only system where sex is determined by the female ♀ egg (ovum) Haplo-Diploid system there are no sex chromosomes X-O system male ♂ sperm normally contain either one sex chromosome or no sex chromosomes at all MAT

b9fc_9b7a

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Haplo-Diploid system found in insects, such as ants and bees X-O system sex of the offspring depends on whether or NOT a sex chromosome is present in the male ♂ gamete X-Y system found in most mammals, as well as some insects including Drosophila Z-W system sex of an offspring depends on which sex chromosome is contained with the female ♀ egg (ovum) MAT

b9fc_febd

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-Y system males ♂ are heterogametic and females ♀ are homogametic X-O system male ♂ sperm normally contain either one sex chromosome or no sex chromosomes at all Z-W system females ♀ have two different kinds of chromosomes Haplo-Diploid system only system where males ♂ have no fathers MAT

b9fc_69e5

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system sex of an offspring depends on if the male ♂ sperm contains a sex chromosome or if it is missing Z-W system this system is the reverse of the system found in humans X-Y system found in most mammals, as well as some insects including Drosophila Haplo-Diploid system there are no sex chromosomes MAT

b9fc_6020

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Z-W system only system where sex is determined by the female ♀ egg (ovum) X-O system sex of an offspring depends on if the male ♂ sperm contains a sex chromosome or if it is missing X-Y system males ♂ have two different kinds of chromosomes Haplo-Diploid system found in insects, such as ants and bees MAT

b9fc_8556

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-Y system found in most mammals, as well as some insects including Drosophila Haplo-Diploid system only system where males ♂ have no fathers X-O system male ♂ sperm normally contain either one sex chromosome or no sex chromosomes at all Z-W system females ♀ are heterogametic and males ♂ are homogametic MAT

b9fc_836a

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Haplo-Diploid system unfertilized eggs develop into males ♂ X-O system sex of an offspring depends on if the male ♂ sperm contains a sex chromosome or if it is missing Z-W system this system is the reverse of the system found in humans X-Y system males ♂ are heterogametic and females ♀ are homogametic MAT

b9fc_36ea

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system females ♀ have two homologous sex chromosomes, males ♂ have only one Z-W system males ♂ are homogametic and females ♀ are heterogametic Haplo-Diploid system males ♂ only have one copy of every sex and autosomal chromosome X-Y system females ♀ have two of the same kind of sex chromosome MAT

b9fc_688d

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-Y system males ♂ have two different kinds of chromosomes Z-W system males ♂ are homogametic and females ♀ are heterogametic Haplo-Diploid system there are no sex chromosomes X-O system sex is determined on whether or NOT the male ♂ sperm contains a sex chromosome MAT

b9fc_c624

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Z-W system males ♂ have two of the same kind of chromosomes X-O system sex of an offspring depends on if the male ♂ sperm contains a sex chromosome or if it is missing Haplo-Diploid system found in insects, such as ants and bees X-Y system found in most mammals, as well as some insects including Drosophila MAT

b9fc_b9f8

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-Y system sex is determined by which chromosome is contained in the male ♂ sperm cell Z-W system males ♂ are homogametic and females ♀ are heterogametic Haplo-Diploid system females ♀ decide the sex by choosing whether or NOT to expose the female ♀ egg (ovum) to sperm X-O system females ♀ have two homologous sex chromosomes, males ♂ have only one MAT

b9fc_6bc4

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-Y system females ♀ have two of the same kind of sex chromosome X-O system sex of the offspring depends on whether or NOT a sex chromosome is present in the male ♂ sperm Z-W system females ♀ are heterogametic and males ♂ are homogametic Haplo-Diploid system males ♂ develop from unfertilized eggs and thus have no fathers MAT

b9fc_7fa7

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Haplo-Diploid system there are no sex chromosomes Z-W system males ♂ have two of the same kind of chromosomes X-O system found in a number of insects, including the grasshoppers, cockroaches, and crickets X-Y system sex is determined by which chromosome is contained in the male ♂ sperm cell MAT

b9fc_f3be

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system males ♂ only have one sex chromosome, while females ♀ have two Z-W system males ♂ are homogametic and females ♀ are heterogametic Haplo-Diploid system males ♂ develop from unfertilized eggs and thus have no fathers X-Y system found in most mammals, as well as some insects including Drosophila MAT

b9fc_ea33

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Z-W system this system is the reverse of the system found in humans X-O system males ♂ only have one sex chromosome, while females ♀ have two X-Y system sex of an offspring depends on which of two sex chromosomes are contained with the male ♂ sperm Haplo-Diploid system only system where males ♂ have no fathers MAT

b9fc_ad5b

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-Y system females ♀ are homogametic and males ♂ are heterogametic X-O system sex of the offspring depends on whether or NOT a sex chromosome is present in the male ♂ sperm Haplo-Diploid system females ♀ decide the sex by choosing whether or NOT to expose the female ♀ egg (ovum) to sperm Z-W system this system is the reverse of the system found in humans MAT

b9fc_8ed3

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system males ♂ are diploid, but only have one sex chromosome X-Y system females ♀ are homogametic and males ♂ are heterogametic Haplo-Diploid system unfertilized eggs develop into males ♂ Z-W system males ♂ are homogametic and females ♀ are heterogametic MAT

b9fc_a1d6

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system sex is determined on whether or NOT the male ♂ sperm contains a sex chromosome Z-W system found in most birds, many reptiles, and some insects Haplo-Diploid system females ♀ decide the sex by choosing whether or NOT to expose the female ♀ egg (ovum) to sperm X-Y system males ♂ have two different kinds of chromosomes MAT

b9fc_b896

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Z-W system females ♀ are heterogametic and males ♂ are homogametic X-Y system females ♀ are homogametic and males ♂ are heterogametic Haplo-Diploid system there are no sex chromosomes X-O system sex of the offspring depends on whether or NOT a sex chromosome is present in the male ♂ gamete MAT

b9fc_a908

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system sex of the offspring depends on whether or NOT a sex chromosome is present in the male ♂ sperm Z-W system females ♀ are heterogametic and males ♂ are homogametic Haplo-Diploid system unfertilized eggs develop into males ♂ X-Y system females ♀ are homogametic and males ♂ are heterogametic MAT

b9fc_9e9a

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-Y system females ♀ are homogametic and males ♂ are heterogametic Haplo-Diploid system there are no sex chromosomes X-O system sex of the offspring depends on whether or NOT a sex chromosome is present in the male ♂ sperm Z-W system females ♀ are heterogametic and males ♂ are homogametic MAT

b9fc_d240

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system males ♂ are diploid, but only have one sex chromosome Z-W system females ♀ are heterogametic and males ♂ are homogametic X-Y system found in most mammals, as well as some insects including Drosophila Haplo-Diploid system unfertilized eggs develop into males ♂ MAT

b9fc_325d

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Haplo-Diploid system males ♂ develop from unfertilized eggs and thus have no fathers Z-W system only system where sex is determined by the female ♀ egg (ovum) X-Y system males ♂ have two different kinds of chromosomes X-O system males ♂ only have one sex chromosome, while females ♀ have two MAT

b9fc_1f8c

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system males ♂ only have one sex chromosome, while females ♀ have two Z-W system males ♂ have two homologous sex chromosomes Haplo-Diploid system there are no sex chromosomes X-Y system sex of an offspring depends on which of two sex chromosomes are contained with the male ♂ sperm MAT

b9fc_d034

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Haplo-Diploid system found in insects, such as ants and bees X-O system males ♂ are diploid, but only have one sex chromosome X-Y system females ♀ have two of the same kind of sex chromosome Z-W system males ♂ have two homologous sex chromosomes MAT

b9fc_f27d

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-Y system males ♂ have two different kinds of chromosomes X-O system sex is determined on whether or NOT the male ♂ sperm contains a sex chromosome Z-W system males ♂ are homogametic and females ♀ are heterogametic Haplo-Diploid system males ♂ only have one copy of every sex and autosomal chromosome MAT

b9fc_9e78

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system males ♂ are diploid, but only have one sex chromosome Haplo-Diploid system males ♂ only have one copy of every sex and autosomal chromosome X-Y system males ♂ have two different kinds of chromosomes Z-W system females ♀ are heterogametic and males ♂ are homogametic MAT

b9fc_595e

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Haplo-Diploid system females ♀ decide the sex by choosing whether or NOT to expose the female ♀ egg (ovum) to sperm X-O system found in a number of insects, including the grasshoppers, cockroaches, and crickets Z-W system females ♀ have two different kinds of chromosomes X-Y system sex is determined by which chromosome is contained in the male ♂ sperm cell MAT

b9fc_e614

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system sex is determined on whether or NOT the male ♂ sperm contains a sex chromosome X-Y system males ♂ are heterogametic and females ♀ are homogametic Z-W system males ♂ have two homologous sex chromosomes Haplo-Diploid system only system where males ♂ have no fathers MAT

b9fc_410a

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Haplo-Diploid system males ♂ develop from unfertilized eggs and thus have no fathers X-O system sex is determined on whether or NOT the male ♂ sperm contains a sex chromosome X-Y system sex of an offspring depends on which of two sex chromosomes are contained with the male ♂ sperm Z-W system females ♀ are heterogametic and males ♂ are homogametic MAT

b9fc_0447

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Z-W system males ♂ have two of the same kind of chromosomes Haplo-Diploid system males ♂ only have one copy of every sex and autosomal chromosome X-O system sex of the offspring depends on whether or NOT a sex chromosome is present in the male ♂ gamete X-Y system found in most mammals, as well as some insects including Drosophila MAT

b9fc_399b

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Z-W system this system is the reverse of the system found in humans Haplo-Diploid system females ♀ decide the sex by choosing whether or NOT to expose the female ♀ egg (ovum) to sperm X-O system males ♂ only have one sex chromosome, while females ♀ have two X-Y system found in most mammals, as well as some insects including Drosophila MAT

b9fc_43b3

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-Y system males ♂ have two different kinds of chromosomes X-O system males ♂ only have one sex chromosome, while females ♀ have two Z-W system males ♂ have two of the same kind of chromosomes Haplo-Diploid system only system where males ♂ have no fathers MAT

b9fc_789d

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Z-W system males ♂ are homogametic and females ♀ are heterogametic Haplo-Diploid system males ♂ develop from unfertilized eggs and thus have no fathers X-Y system males ♂ are heterogametic and females ♀ are homogametic X-O system males ♂ are diploid, but only have one sex chromosome MAT

b9fc_4978

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-Y system sex is determined by which chromosome is contained in the male ♂ sperm cell Haplo-Diploid system only system where males ♂ have no fathers X-O system males ♂ are diploid, but only have one sex chromosome Z-W system males ♂ have two of the same kind of chromosomes MAT

b9fc_4b3a

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Haplo-Diploid system found in insects, such as ants and bees Z-W system sex of an offspring depends on which sex chromosome is contained with the female ♀ egg (ovum) X-O system males ♂ only have one sex chromosome, while females ♀ have two X-Y system found in most mammals, as well as some insects including Drosophila MAT

b9fc_6819

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system sex of the offspring depends on whether or NOT a sex chromosome is present in the male ♂ sperm X-Y system found in most mammals, as well as some insects including Drosophila Z-W system found in most birds, many reptiles, and some insects Haplo-Diploid system males ♂ only have one copy of every sex and autosomal chromosome MAT

b9fc_1e52

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-Y system males ♂ are heterogametic and females ♀ are homogametic Z-W system this system is the reverse of the system found in humans Haplo-Diploid system found in insects, such as ants and bees X-O system sex is determined on whether or NOT the male ♂ sperm contains a sex chromosome MAT

b9fc_9a58

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Haplo-Diploid system unfertilized eggs develop into males ♂ X-Y system males ♂ have two different kinds of chromosomes Z-W system females ♀ are heterogametic and males ♂ are homogametic X-O system males ♂ are diploid, but only have one sex chromosome MAT

b9fc_d1a5

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system females ♀ have two homologous sex chromosomes, males ♂ have only one Haplo-Diploid system unfertilized eggs develop into males ♂ X-Y system females ♀ have two of the same kind of sex chromosome Z-W system sex of an offspring depends on which sex chromosome is contained with the female ♀ egg (ovum) MAT

b9fc_8a98

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system male ♂ sperm normally contain either one sex chromosome or no sex chromosomes at all Z-W system this system is the reverse of the system found in humans X-Y system found in most mammals, as well as some insects including Drosophila Haplo-Diploid system only system where males ♂ have no fathers MAT

b9fc_f72d

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Haplo-Diploid system females ♀ decide the sex by choosing whether or NOT to expose the female ♀ egg (ovum) to sperm Z-W system found in most birds, many reptiles, and some insects X-O system females ♀ have two homologous sex chromosomes, males ♂ have only one X-Y system females ♀ are homogametic and males ♂ are heterogametic MAT

b9fc_9edd

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Haplo-Diploid system unfertilized eggs develop into males ♂ X-O system sex is determined on whether or NOT the male ♂ sperm contains a sex chromosome Z-W system found in most birds, many reptiles, and some insects X-Y system sex of an offspring depends on which of two sex chromosomes are contained with the male ♂ sperm MAT

b9fc_202f

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system sex of an offspring depends on if the male ♂ sperm contains a sex chromosome or if it is missing Z-W system males ♂ have two homologous sex chromosomes X-Y system females ♀ have two of the same kind of sex chromosome Haplo-Diploid system males ♂ only have one copy of every sex and autosomal chromosome MAT

b9fc_7b3f

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system sex is determined on whether or NOT the male ♂ sperm contains a sex chromosome Z-W system found in most birds, many reptiles, and some insects Haplo-Diploid system males ♂ develop from unfertilized eggs and thus have no fathers X-Y system females ♀ are homogametic and males ♂ are heterogametic MAT

b9fc_1e30

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system sex of the offspring depends on whether or NOT a sex chromosome is present in the male ♂ gamete Haplo-Diploid system found in insects, such as ants and bees Z-W system only system where sex is determined by the female ♀ egg (ovum) X-Y system sex of an offspring depends on which of two sex chromosomes are contained with the male ♂ sperm MAT

b9fc_6562

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Z-W system found in most birds, many reptiles, and some insects X-Y system males ♂ are heterogametic and females ♀ are homogametic X-O system sex of an offspring depends on if the male ♂ sperm contains a sex chromosome or if it is missing Haplo-Diploid system males ♂ only have one copy of every sex and autosomal chromosome MAT

b9fc_1ef0

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Haplo-Diploid system there are no sex chromosomes Z-W system this system is the reverse of the system found in humans X-Y system males ♂ are heterogametic and females ♀ are homogametic X-O system sex is determined on whether or NOT the male ♂ sperm contains a sex chromosome MAT

b9fc_82f6

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system females ♀ have two homologous sex chromosomes, males ♂ have only one Z-W system found in most birds, many reptiles, and some insects Haplo-Diploid system males ♂ only have one copy of every sex and autosomal chromosome X-Y system females ♀ have two of the same kind of sex chromosome MAT

b9fc_da6c

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system sex of the offspring depends on whether or NOT a sex chromosome is present in the male ♂ sperm Haplo-Diploid system unfertilized eggs develop into males ♂ Z-W system only system where sex is determined by the female ♀ egg (ovum) X-Y system found in most mammals, as well as some insects including Drosophila MAT

b9fc_4140

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system sex is determined on whether or NOT the male ♂ sperm contains a sex chromosome Z-W system males ♂ have two homologous sex chromosomes Haplo-Diploid system only system where males ♂ have no fathers X-Y system males ♂ are heterogametic and females ♀ are homogametic MAT

b9fc_75b8

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Z-W system males ♂ have two homologous sex chromosomes X-Y system females ♀ have two of the same kind of sex chromosome X-O system males ♂ are diploid, but only have one sex chromosome Haplo-Diploid system unfertilized eggs develop into males ♂ MAT

b9fc_b292

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system found in a number of insects, including the grasshoppers, cockroaches, and crickets X-Y system sex is determined by which chromosome is contained in the male ♂ sperm cell Z-W system sex of an offspring depends on which sex chromosome is contained with the female ♀ egg (ovum) Haplo-Diploid system found in insects, such as ants and bees MAT

b9fc_47ff

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-Y system found in most mammals, as well as some insects including Drosophila Z-W system males ♂ are homogametic and females ♀ are heterogametic Haplo-Diploid system females ♀ decide the sex by choosing whether or NOT to expose the female ♀ egg (ovum) to sperm X-O system males ♂ only have one sex chromosome, while females ♀ have two MAT

b9fc_3440

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system male ♂ sperm normally contain either one sex chromosome or no sex chromosomes at all X-Y system females ♀ have two of the same kind of sex chromosome Z-W system found in most birds, many reptiles, and some insects Haplo-Diploid system males ♂ develop from unfertilized eggs and thus have no fathers MAT

b9fc_330f

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Z-W system sex of an offspring depends on which sex chromosome is contained with the female ♀ egg (ovum) Haplo-Diploid system males ♂ develop from unfertilized eggs and thus have no fathers X-O system sex of the offspring depends on whether or NOT a sex chromosome is present in the male ♂ sperm X-Y system males ♂ are heterogametic and females ♀ are homogametic MAT

b9fc_2301

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Haplo-Diploid system found in insects, such as ants and bees X-O system sex of the offspring depends on whether or NOT a sex chromosome is present in the male ♂ gamete X-Y system females ♀ are homogametic and males ♂ are heterogametic Z-W system males ♂ have two of the same kind of chromosomes MAT

b9fc_603f

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Haplo-Diploid system females ♀ decide the sex by choosing whether or NOT to expose the female ♀ egg (ovum) to sperm X-Y system males ♂ are heterogametic and females ♀ are homogametic Z-W system males ♂ have two of the same kind of chromosomes X-O system sex of the offspring depends on whether or NOT a sex chromosome is present in the male ♂ sperm MAT

b9fc_3c89

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Haplo-Diploid system there are no sex chromosomes X-O system females ♀ have two homologous sex chromosomes, males ♂ have only one Z-W system this system is the reverse of the system found in humans X-Y system males ♂ have two different kinds of chromosomes MAT

b9fc_c5e3

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system sex of the offspring depends on whether or NOT a sex chromosome is present in the male ♂ sperm X-Y system found in most mammals, as well as some insects including Drosophila Z-W system females ♀ are heterogametic and males ♂ are homogametic Haplo-Diploid system females ♀ decide the sex by choosing whether or NOT to expose the female ♀ egg (ovum) to sperm MAT

b9fc_cf0b

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-Y system males ♂ are heterogametic and females ♀ are homogametic Haplo-Diploid system males ♂ only have one copy of every sex and autosomal chromosome Z-W system only system where sex is determined by the female ♀ egg (ovum) X-O system males ♂ are diploid, but only have one sex chromosome MAT

b9fc_b81b

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system found in a number of insects, including the grasshoppers, cockroaches, and crickets Haplo-Diploid system males ♂ develop from unfertilized eggs and thus have no fathers Z-W system males ♂ have two of the same kind of chromosomes X-Y system females ♀ are homogametic and males ♂ are heterogametic MAT

b9fc_ecb4

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system females ♀ have two homologous sex chromosomes, males ♂ have only one X-Y system found in most mammals, as well as some insects including Drosophila Haplo-Diploid system males ♂ only have one copy of every sex and autosomal chromosome Z-W system males ♂ have two homologous sex chromosomes MAT

b9fc_1249

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-O system females ♀ have two homologous sex chromosomes, males ♂ have only one Haplo-Diploid system males ♂ only have one copy of every sex and autosomal chromosome Z-W system sex of an offspring depends on which sex chromosome is contained with the female ♀ egg (ovum) X-Y system sex is determined by which chromosome is contained in the male ♂ sperm cell MAT

b9fc_e58c

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-Y system found in most mammals, as well as some insects including Drosophila Z-W system males ♂ have two homologous sex chromosomes X-O system sex of the offspring depends on whether or NOT a sex chromosome is present in the male ♂ sperm Haplo-Diploid system males ♂ only have one copy of every sex and autosomal chromosome MAT

b9fc_aa72

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Haplo-Diploid system only system where males ♂ have no fathers X-O system males ♂ only have one sex chromosome, while females ♀ have two Z-W system males ♂ have two of the same kind of chromosomes X-Y system males ♂ have two different kinds of chromosomes MAT

b9fc_01e6

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Haplo-Diploid system found in insects, such as ants and bees X-O system males ♂ are diploid, but only have one sex chromosome X-Y system found in most mammals, as well as some insects including Drosophila Z-W system females ♀ are heterogametic and males ♂ are homogametic MAT

b9fc_f594

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Z-W system this system is the reverse of the system found in humans X-O system found in a number of insects, including the grasshoppers, cockroaches, and crickets Haplo-Diploid system males ♂ only have one copy of every sex and autosomal chromosome X-Y system females ♀ have two of the same kind of sex chromosome MAT

b9fc_3e07

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-Y system males ♂ have two different kinds of chromosomes X-O system females ♀ have two homologous sex chromosomes, males ♂ have only one Haplo-Diploid system only system where males ♂ have no fathers Z-W system found in most birds, many reptiles, and some insects MAT

b9fc_0aa0

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

X-Y system males ♂ are heterogametic and females ♀ are homogametic X-O system sex of the offspring depends on whether or NOT a sex chromosome is present in the male ♂ sperm Haplo-Diploid system males ♂ develop from unfertilized eggs and thus have no fathers Z-W system found in most birds, many reptiles, and some insects MAT

b9fc_bb4d

Match each of the following sex determination systems with their corresponding descriptions.

Note: Each choice will be used exactly once.

Z-W system males ♂ have two of the same kind of chromosomes Haplo-Diploid system only system where males ♂ have no fathers X-O system sex of an offspring depends on if the male ♂ sperm contains a sex chromosome or if it is missing X-Y system males ♂ have two different kinds of chromosomes