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Genetics Quiz

Total questions: 13

Worksheet time: 2hrs 10mins

Name
Class
Date
1.

Aa, Gg, and Tt are all ​ (a)  

Choose from the below words
heterozygous
homozygous
phenotypes
2.

MM, KK, and TT are all ​______ and _______ and _________.

a)

homozygous

b)

dominant

c)

genotypes

d)

heterozygous

e)

recessive

3.

The parents in this cross are both ​ (a)  

Choose from the below words
heterozygous
homozygous
4.

The letters across the top of the grid AND down the side represent ​ (a)  

Choose from the below words
possible alleles inside gametes
possible outcomes of the cross
offspring combinations
5.

EC: The PHENOTYPIC RATIO of the offspring from this cross is

a)

1 : 2 : 1

b)

2 : 2 : 0

c)

2 : 2 : 1

d)

2 : 2 : 2

6.

Draw the cross between a red flower and a pink flower if this type of flower shows INCOMPLETE DOMINANCE. List the possible phenotypes and the chance of getting each one.

7.

Match the following

a)

Aa

1.

Heterozygous

b)

BB

2.

Homozygous Dominant

c)

yy

3.

Homozygous Recessive

8.

Match the following

a)
1.

incomplete dominance

b)
2.

codominance

c)
3.

dihybrid cross

d)
4.

monohybrid cross

e)
5.

sex chromosomes

9.

Which 3 of these are dependent on chance during human reproduction?

a)

the partner you reproduce with

b)

the genes that go into any gametes you produce

c)

the specific egg that is fertilized

d)

the specific sperm that fertilizes the egg

10.

What is the chance of this cross producing a fruit fly that has blue wings?

a)

25%

b)

50%

c)

75%

d)

100%

11.

What is the chance of this cross producing a fruit fly that has normal wings?

a)

25%

b)

50%

c)

75%

d)

100%

12.

What is the chance of this cross producing a fruit fly that has short wings?

a)

25%

b)

50%

c)

75%

d)

100%

13.

Match the following

a)

Law of Dominance

1.

if a dominant gene is in the genotype it will show up in the phenotype

b)

Law of Segregation

2.

alleles separate during meiosis

c)

Law of Independent Assortment

3.

alleles group into gametes randomly, not dependent on other alleles that may be present