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AP Bio: Non Mendelian Genetics Lesson

AP Bio: Non Mendelian Genetics Lesson

Assessment

Presentation

Biology

9th - 12th Grade

Medium

NGSS
HS-LS3-2, HS-LS3-3, HS-LS4-3

+1

Standards-aligned

Created by

LAURA TICE

Used 5+ times

FREE Resource

15 Slides • 20 Questions

1

Multiple Choice

Assume that the alleles referred to all assort independently. What is the probability that the genotype ccdd will be produced by the parents CcDd x CcDd?

1

1/4

2

1/2

3

3/4

4

1/16

2

Multiple Choice

How do you find degrees of freedom?
1
one less than the possible genotypes
2
one less than the possible phenotypes
3
total number divided 2
4
total number times 2

3

Multiple Choice

How do you find the expected number?
1
ratio from punnett square multiplied to total 
2
ratio from punnett square divided by total
3
ratio from punnett square multiplied by observed number
4
ratio from punnett square minus observed number

4

Multiple Choice

A student crosses a pure-breeding line of red-flowered poinsettias with a pure-breeding line of white-flowered poinsettias. The student observes that all the plants in the F1 generation have pink flowers. The student then crosses the F1 plants with one another and records the observations about the plants in the F2 generation. The student will use the F2 data to perform a chi-square goodness of fit test for a model of incomplete dominance. The student's chi square is presented in Table 1.

1

a

2

b

3

c

4

d

5

Multiple Choice

If the χ2 critical value = 5.99 and the

χ2 calculated value = 7.35, what is the conclusion

1

Reject the null

2

Fail to reject the null

3

there is not enough info to decide

4

The conclusion can only be made if we also know the p-value

6

Multiple Choice

Question image

A student crosses a pure-breeding line of red-flowered poinsettias with a pure-breeding line of white-flowered poinsettias. The student observes that all the plants in the F1 generation have pink flowers. The student then crosses the F1 plants with one another and records observations about the plants in the F2 generation. The student will use the F2 data to perform a chi-square goodness-of-fit test for a model of incomplete dominance. The setup for the student’s chi-square goodness-of-fit test is presented in Table 1.

1

The calculated chi-square value is 1.53, and the null hypothesis cannot be rejected.

2

The calculated chi-square value is 1.53, and the null hypothesis can be rejected.

3

The calculated chi-square value is 98, and the null hypothesis cannot be rejected.

4

The calculated chi-square value is 98, and the null hypothesis can be rejected.

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14

Multiple Choice

Question image
This is an example of ___________.
1
 Incomplete Dominance
2
 Codominance

15

Multiple Choice

Question image
A calico cat shows both the traits for orange fur and black fur. What kind of allele expression is this?
1
Incomplete Dominance
2
Co dominance

16

Multiple Choice

A tall plant (TT) is crossed with a short plant (SS) and a medium plant (TS) results. This is what type of inheritance pattern?
1
Incomplete Dominance
2
Codominance

17

Multiple Choice

Which of the following statement is correct regarding Codominance?

1

Both alleles are expressed equally

2

Neither allele is expressed

3

Expression of a trait depends upon the environment

18

Multiple Choice

In Andalusian fowls, black individuals (BB) and white individuals (WW) are homozygous. Heterozygous individuals are grey (BW).

What is the genotype ratio for a cross between a grey fowl and a white fowl?

1

2 BB: 2 BW: 0 WW

2

0 BB: 4 BW: 0 WW

3

0 BB: 2 BW: 2 WW

4

1 BB: 2 BW: 1 WW

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21

Multiple Choice

Which term(s) best describes the inheritance of human blood types?

1

incomplete dominance and multiple alleles

2

codominance and epistasis

3

codominance and multiple alleles

4

incomplete dominance and codominance

22

Multiple Choice

Which of the following statements is true regarding blood types?
1
A and O are codominant, B is recessive.
2
B and O are codominant, A is recessive.
3
A and B are codominant, O is recessive.
4
A , B and O are all codominant with each other.

23

Multiple Select

A personal with type AB blood has which genotype?

1

type A

2

AA

3

IAIA

4

IAIB

24

Multiple Choice

A single gene has 3 or more alleles. These are called

1

multiple genes

2

multiple alleles

3

codominance

4

polygenic traits

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Multiple Choice

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What percentage of the female offspring will be a carrier for this recessive disease?
1
0%
2
50%
3
100%
4
25%

29

Multiple Choice

Question image
Which of the following genotypes belongs in the red box in the Punnett square?
1
XBXb
2
XbXb
3
XbY
4
XBY

30

Multiple Choice

Colorblindness is a recessive X-linked disorder.

Which genotype represents a male with normal vision?

1

XN YN

2

Xn Yn

3

XN Y

4

Xn Y

31

Multiple Choice

The woman who is colorblind marries a man with normal vision. What is the probability that their sons will be colorblind?

1

0%

2

25%

3

50%

4

100%

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Multiple Choice

Which best describes epistasis?

1

An allele that changes the genotype of another allele

2

A gene that changes the genotype of another gene

3

An allele that controls or masks the expression of another allele

4

A gene that controls or masks the expression of another gene

Assume that the alleles referred to all assort independently. What is the probability that the genotype ccdd will be produced by the parents CcDd x CcDd?

1

1/4

2

1/2

3

3/4

4

1/16

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MULTIPLE CHOICE