The result of the following cross indicates the orange eyes are _____ black eyes. (Activity 14A)

If O represents the allele for black eyes (dominant) and o represents the allele for orange eyes (recessive), what would be the genotypic ratio of a cross between a heterozygous black-eyed MendAlien and an orange-eyed MendAlien? (Activity 14A)

If O represents the allele for black eyes (dominant) and o represents the allele for orange eyes (recessive), what would be the phenotypic ratio of a cross between a heterozygous black-eyed MendAlien and an orange-eyed MendAlien? (Activity 14A)

The result of the following cross indicates that the genotype of the female parent is _____. (Activity 14A)

The result of the following cross indicates that the genotype of the male parent is _____. (Activity 14A)

The result of the following cross indicates that genotypically the offspring _____. (Activity 14A)

Which of these is a testcross? (Activity 14A)

That each gamete contains a single allele of the eye color gene is an illustration of _____. (Activity 14A)

What is the genotype of the parent with orange eyes and white skin? (Note: orange eyes are recessive.) (Activity 14B)

What is the genotype of the offspring? (Activity 14B)

In order to determine the genotype of a MendAlien with black eyes and green skin, you would cross this individual with a(n) _____ individual. (Activity 14B)

Black eyes are dominant to orange eyes, and green skin is dominant to white skin. Sam, a MendAlien with black eyes and green skin, has a parent with orange eyes and white skin. Carole is a MendAlien with orange eyes and white skin. If Sam and Carole were to mate, the predicted phenotypic ratio of their offspring would be _____. (Activity 14B)

A cross between an individual with orange eyes and green skin and an individual with black eyes and white skin is an example of a _____ cross. (Activity 14B)

A phenotypic ratio of 9:3:3:1 in the offspring of a cross indicates that _____. (Activity 14B)

The observed distribution of alleles into gametes is an illustration of _____. (Activity 14B)

An individual heterozygous for eye color, skin color, and number of eyes mates with an individual who is homozygous recessive for all three characters; what would be the expected phenotypic ratio of their offspring? [Hint: O = black eyes, o = orange eyes; W = green skin, w = white skin; C = two eyes, c = one eye] (Activity 14B)

A OoWw x ooww cross yields a phenotypic ratio of approximately 5 black eyes, green skin : 5 orange eyes, white skin : 1 black eyes, white skin : 1 orange eyes, green skin. Which of the following best explains these results? (Activity 14B)

In the following cross the genotype of the female parent is OoWw. What is the genotype of the male parent? [Hint: O = black eyes, o = orange eyes, W = green skin, w = white skin] (Activity 14B)

In a situation in which genes assort independently, what is the ratio of the gametes produced by an AaBB individual? (Activity 14B)

Mendel worked _____. (Activity 14C)

Andalusian chickens with the genotype C^BC^B are black, those with the genotype C^WC^W are white, and those with the genotype C^BC^W are gray. What is the relationship between the C^B and C^W alleles? (Activity 14D)

Andalusian chickens with the genotype C^BC^B are black, those with the genotype C^WC^W are white, and those with the genotype C^BC^W are gray. What is the expected phenotypic ratio of a C^BC^W x C^BC^W cross? (Activity 14D)

Andalusian chickens with the genotype C^BC^B are black, those with the genotype C^WC^W are white, and those with the genotype C^BC^W are gray. What is the expected genotypic ratio of a C^BC^W x C^BC^W cross? (Activity 14D)

Andalusian chickens with the genotype C^BC^B are black, those with the genotype C^WC^W are white, and those with the genotype C^BC^W are gray. What is the expected genotypic ratio of a C^BC^B x C^BC^W cross? (Activity 14D)

Andalusian chickens with the genotype C^BC^B are black, those with the genotype C^WC^W are white, and those with the genotype C^BC^W are gray. What is the expected phenotypic ratio of a C^BC^B x C^BC^W cross? (Activity 14D)