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Monohybrids, Dihybrids, Mendelian Genetics_HB

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Last updated about 1 month ago
18 questions
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2
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Question 5
5.

GG= gray Gg=gray gg=orange
Draw the punnett square for two heterozygous oompahs (Gg x Gg)

1
Question 6
6.

GG= gray Gg=gray gg=orange
Looking at #1, What percent will have an orange face?

0
1
Question 9
9.

Question 10
10.

Question 11
11.

Question 12
12.

1
Question 13
13.

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Question 18
18.

Question 1
1.

In a cross of two heterozygous individuals, what percent of their children will be pink?

Question 2
2.

In a cross of a homozygous dominant individual and a yellow body individual, what percent of their children will be yellow?

Question 3
3.

In a cross of a homozygous dominant individual and a heterozygous individual, what is the genotypic ratio for the Punnett Square?

Question 4
4.

In a cross of a homozygous dominant individual and a heterozygous individual, what is the phenotypic ratio for the Punnett Square?

Question 7
7.

GG= gray Gg=gray gg=orange
Draw the punnett square between a gray (GG) and orange (gg) faced oompah.

Question 8
8.

GG= gray Gg=gray gg=orange
Looking at #3, What percent have gray faces?

Use the chart below to identify the phenotype of a snail with the genotype WwPpbb
black shell white skin small eyes
white shell pink skin small eyes
black shell pink skin small eyes
Question 14
14.

Use the chart to determine the genotype of a snail that is recessive for shell color, heterozygous for skin color, and homozygous dominant for eyes.

Question 15
15.

R= red r= yellow
F= round f= pear shaped
What is the phenotype of a fruit that is RrFf?

Question 16
16.

R= red r= yellow
F= round f= pear shaped

How many of the offspring will be yellow and round?

Question 17
17.

R= red r= yellow
F= round f= pear shaped

How many of the offspring will be yellow and pear shaped?

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