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- 1. Multiple Choice
Which formula do we use to calculate the number of possible genetic combinations due to independent assortment?
- 2. Multiple Choice
A peanut plant has 40 chromosomes. What is its n number?
10
20
30
40
- 3. Multiple Choice
A cat has 19 pairs of chromosomes. What is its n number?
10
19
38
46
- 4. Multiple Choice
Calculate the number of possible genetic combinations due to independent assortment of a spider with 22 chromosomes.
2048
44
4,194,304
11
- 5. Multiple Choice
Which genes in this picture are linked?
A and C
B and C
A and B
none of them
- 6. Multiple Choice
What process does this show?
independent assortment
polyploidy
chromosome map
crossing over
- 7. Multiple Choice
Which chromosomes do crossing over?
homologous chromosomes
heterogenous chromosomes
linked chromosomes
all chromosomes
- 8. Multiple Choice
Which 2 processes create unique gametes?
crossing over
polyploidy
independent assortment
mapping
- 9. Multiple Choice
Which genes will have the greatest chance of being separated during crossing over?
B and C
A and B
C and D
D and A
- 10. Multiple Choice
Which of these organisms shows polyploidy? (may be more than one answer)
n
2n
3n
4n
- 11. Multiple Choice
Which organisms are most likely to have polyploidy?
animals
humans
plants
camels
- 12. Multiple Choice
Why do many farmers grow polyploidy plants? (more than one answer)
they are bigger
they are smaller
they are more vigorous (stronger)
they are less vigorous (stronger)
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