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Quiz Friday 5/26 Dormant/Recessive Codominance/Incomplete dominance/X-Link

Last updated almost 3 years ago

33 questions

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Basic Punnet Square - Normal Dominate and Recessive - nothing else

Co-Domance Section

Incomplete Domanice

X-Linked Recessive

Question 1

1.

When one allele is "stronger" than the other, we call this allele the:

Smart allele

Dominant allele

Strong allele

Recessive allele

Question 2

2.

Codominance or Incomplete dominance
(need 2 answers)

this animal is Codominance

Codominance is when both traits are visible

this animal is  Incomplete dominance

Question 3

3.

Codominance or Incomplete dominance

(need 2 answers)

Codominance is when both traits are visible

Incomplete dominance is when the trait is in-between the 2 traits

this plant is Codominanc

Parent 1 = one tall plant (1,1) 
Parent 2 = one short plant (2,2)

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co-dominant. 
Cattle coats can be red (1,1 = all red hairs), white (2,2 = all white hairs), or roan (1,2 = red AND white hairs together).

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incomplete dominance.
 Radishes can be red (1,1), 
white (2,2), or 
purple (1,2).

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X1X1: normal female   
 X1X2: female carrier
X2X2: has hemophilia female
X1Y: normal male     
X2Y: has hemophilia male

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Incomplete dominance is when the trait is in-between the 2 traits

this plant is  Incomplete dominance

Question 4

4.

The genotype of parent 1 is __________  and the phenotype is __________

Question 5

5.

The genotype of parent 2 is __________  and the phenotype is __________

Question 6

6.

The genotype of all the children  is __________  and the phenotype is __________

Question 7

7.

Which are homozygous?

Parent 1

parent 2

All the children

Question 8

8.

Which are heterozygous?

Parent 1

parent 2

All the children

red (1,1 = all red hairs),
white (2,2 = all white hairs),
roan (1,2 = red AND white hairs together).

Question 9

9.

The genotype of parent 1  is __________  and the phenotype is __________

Question 10

10.

The genotype of parent 2  is __________  and the phenotype is __________

Question 11

11.

The genotype of child A  is __________  and the phenotype is __________

Question 12

12.

The genotype of child B  is __________  and the phenotype is __________

Question 13

13.

The genotype of child C  is __________  and the phenotype is __________

Question 14

14.

The genotype of child D  is __________  and the phenotype is __________

Question 15

15.

What is the percentage of phenotypes for the children
_______  % red coat,
_______  % white coat,
_______ % roan coat

Question 16

16.

Question 17

17.

Radishes can be red (1,1),
white (2,2), or
purple (1,2).

Question 18

18.

The genotype of parent 1  is __________  and the phenotype is __________

Question 19

19.

The genotype of parent 2  is __________  and the phenotype is __________

Question 20

20.

The genotype of child A  is __________  and the phenotype is __________

Question 21

21.

The genotype of child B  is __________  and the phenotype is __________

Question 22

22.

The genotype of child C  is __________  and the phenotype is __________

Question 23

23.

The genotype of child D  is __________  and the phenotype is __________

Question 24

24.

What is the percentage of phenotypes for the children
_______  % red radish,
_______  % white radish,
_______ % purple radish

Question 25

25.

Question 26

26.

X1X1: normal female
X1X2:  female carrier
X2X2: has hemophilia female
X1Y: normal male
X2Y: has hemophilia male

Question 27

27.

The genotype of parent 1  is __________  and the phenotype is __________

Question 28

28.

The genotype of parent 2  is __________  and the phenotype is __________

Question 29

29.

The genotype of Child A is __________  and the phenotype is __________

Question 30

30.

The genotype of Child B is __________  and the phenotype is __________

Question 31

31.

The genotype of Child C is __________  and the phenotype is __________

Question 32

32.

The genotype of Child D is __________  and the phenotype is __________

Question 33

33.

What is the percentage of phenotypes for the children
_______%    normal female
_______ %  female carrier
_______%    hemophilia female
_______ %   normal male
_______ %   hemophilia male

Which are homozygous?

Parent 1

parent 2

Child A

Child B

Child C

Child D

Which are heterozygous?

Parent 1

parent 2

Child A

Child B

Child C

Child D

Which are homozygous?

Parent 1

parent 2

Child A

Child B

Child C

Child D

Which are heterozygous?

Parent 1

parent 2

Child A

Child B

Child C

Child D