PAP Biology PAP Meiosis and Reproduction Review Meiosis (Chp 7)

Name ______________________________
Period __________
PAP Biology
PAP Meiosis and Reproduction Review
Meiosis (Chp 7), Reproductive Systems (Chp 24 & 43)
1. What is the difference between autosomes and sex chromosomes?
2. What is the difference between somatic cells and gametes?
3. Name the stages of the cell cycle. (Be specific)
4. What is divided in mitosis?
5. Mitosis produces cells that are a(n) ___________________ copy of the parent cell.
6. What is divided in cytokinesis?
7. What is the difference between haploid and diploid?
8. What is the diploid number of chromosomes for humans? _______ The haploid number?
______
9. How can you tell the difference between a male and a female by looking at a
karyotype?
10. What can a karyotype tell you about an individual?
11. What is nondisjunction?
12. List genetic disorders that result from nondisjunction?
13. Meiosis produces ____ cells each with ______ number of chromosomes as the original.
14. During Meiosis I, ___________________________ separate. During Meiosis II,
_______________________________ separate.
15. When does crossing over occur?
16. What happens in crossing over?
17. Name three things that contribute to genetic variation.
18. What is asexual reproduction?
19. What is sexual reproduction?
20. In oogenesis, the ______________________________ divides unequally.
21. What is the scientific name for eggs? Where are they produced?
Name ______________________________
Period __________
PAP Biology
22. What is the flow of eggs through the female reproductive system?
23. Be able to identify and label the structures of the Female Reproductive System (Pg 1000
Figure 6)
24. What is spermatogenesis? And where are sperm cell produced?
25. What is the flow of sperm through the male reproductive system?
26. Be able to identify and label the structures of the Male Reproductive System (Pg 997
Figure 2)
27. Be able to label the plant structures on the image below:
28. List the functions of the plants structures in the image above.