3. THIS IS

4. 100 200 300 400 500 FERTILE CRESCENT OH BOY!! IT’S A GIRL THE MENSTRUAL CYCLE OH MY MEIOSIS DEVELOP THIS

5. How many chromosomes will a cell have after meiosis. (compared to the original cell) A 100

6. This type of meiotic division results in the formation of 4 sperm cells. A 200

7. Uh oh! This type of meiotic division results in the formation of one egg cell and three polar bodies. A 300

8. This is what happens to the polar bodies after oogenesis. A 400

9. The name of an organ in your body where meiosis occurs. A 500

10. B 100 This is the definition of fertilization.

11. A fertilized egg is known as this. B 200

12. An example of an organism with external fertilization. B 300

13. An example of an organism with internal fertilization. B 400

14. In the human, fertilization usually occurs within this part of the female’s reproductive tract. B 500

15. This is an example of an organism with internal development. C 100

16. This is an example of an organism with internal fertilization and external development. C 200

17. This process begins immediately after fertilization and results in the formation of a blastula. C 300

18. DAILY DOUBLE E 400 DAILY DOUBLE Place A Wager

19. These two things must take place in order for an embryo to GROW. E 400

20. Compare the nourishment of a chick embryo and a human embryo. C 500

21. The motile male gamete is produced in this structure. D 100

22. This is what the urethra is adapted to transport. D 200

23. Testosterone is produced by this part of the male reproductive system. D 300

24. This is the advantage of the testes being located in an out- pocketing of the body wall. D 400

25. This is the function of the male reproductive system. D 500

26. The female gamete is produced in this structure. E 100

27. This structure is also known as the birth canal. E 200

28. 6-10 days after fertilization, the embryo becomes implanted in this structure. E 300

29. This structure is made of both maternal and embryonic tissues. E 400

30. These two secondary sex characteristics prepare the female’s body for pregnancy.. E 500

31. This is known as the release of an egg from the ovary. F 100

32. This is what occurs during the final stage of menstruation. F 200

33. These two things may interrupt the menstrual cycle. F 300

34. The hormone that causes the maturation of an egg in a follicle of an ovary. F 400

35. The permanent cessation of the menstrual cycle is called this. F 500

36. The Final Jeopardy Category is: Meiosis Please record your wager. Click on screen to begin

37. This explains why sperm and egg cells must be monoploid.

38. Thank You for Playing Jeopardy!

39. One half the number of chromosomes A 100

40. Spermatogenesis A 200

41. Oogenesis A 300

42. They disintegrate A 400

43. The union of the sperm and egg nuclei. B 100

44. Zygote B 200

45. Testes or Ovaries (depending on gender, of course!) A 500

46. Fish, frogs, salamanders, etc. B 300

47. Terrestrial animals. Ex: Mammals, reptiles, birds. B 400

48. Oviduct (or fallopian tube) B 500

49. Placental mammal (human), marsupial (kangaroo) C 100

50. Birds, reptiles C 200

51. Cleavage C 300

52. Increase in cell number and increase in cell size. C 400

53. Human : Diffuse through the placenta and transported to embryo by the umbilical cord. Chicken: Yolk C 500

54. Testes D 100

55. Sperm and Urine D 200

56. Testes D 300

57. Keeping the temperature cooler than body temperature, which ensures proper sperm development. D 400

58. To produce sperm cells and deposit them in the body of the female. D 500

59. Ovaries E 100

60. Vagina E 200

61. Uterus E 300

62. Placenta E 400

63. Development of mammary glands and widening of hips. E 500

64. Ovulation F 100

65. Shedding of the uterine lining F 200

66. Pregnancy, severe illness F 300

67. FSH (follicle stimulating hormone) F 400

68. Menopause F 500

69. Fusing two monoploid nuclei creates a diploid cell, which will form a diploid organism. (n + n = 2n)