1. Silently, Independently
Do Now
Silently, Independently

2. Let’s go over it!
Edwin and his friends were playing soccer near Bachman Lake when a treasure chest washed up on shore. He rushed into the water, picked up the heavy chest and carried it to a bench. The chest was very heavy and Edwin was breathing rapidly. He could feel his heart racing with excitement- he wanted to know if there was money inside.
Which of Edwin’s organ systems are active in this situation? What evidence from the paragraph led you to choose those systems?
Edwin used a 22N force to carry the box 12 meters toward the bench. How much work did he do?

3. Let’s go over it!
Edwin and his friends were playing soccer near Bachman Lake when a treasure chest washed up on shore. He rushed into the water, picked up the heavy chest and carried it to a bench. The chest was very heavy and Edwin was breathing rapidly. He could feel his heart racing with excitement- he wanted to know if there was money inside.
Which of Edwin’s organ systems are active in this situation? What evidence from the paragraph led you to choose those systems? Edwin is engaging his respiratory system as he begins breathing harder (to give more oxygen to cells), muscular system as he carries the chest toward the bench, circulatory as his heart begins to race, and nervous/endocrine as he gets excited about the situation.
Edwin used a 22N force to carry the box 12 meters toward the bench. How much work did he do?

4. Let’s go over it!
Edwin and his friends were playing soccer near Bachman Lake when a treasure chest washed up on shore. He rushed into the water, picked up the heavy chest and carried it to a bench. The chest was very heavy and Edwin was breathing rapidly. He could feel his heart racing with excitement- he wanted to know if there was money inside.
Which of Edwin’s organ systems are active in this situation? What evidence from the paragraph led you to choose those systems? Edwin is engaging his respiratory system as he begins breathing harder (to give more oxygen to cells), muscular system as he carries the chest toward the bench, circulatory as his heart begins to race, and nervous/endocrine as he gets excited about the situation.
Edwin used a 22N force to carry the box 12 meters toward the bench. How much work did he do? Edwin does 0 Joules because his force is upward as he carries the chest and the distance is toward the bench.

5. How did we do on the Do Now?

7. Pros and Cons of Human Cloning
Do you think this world would be a better place if all humans were exactly the same? Why or why not?

8. After Reading:
Fill in the boxes below with pros and cons of cloning.
PROS
CONS 

9. The science of human cloning continues to develop and it will not be long before technology will make this a reality. Do humans have a soul? Would this soul be lost during the cloning process? Is this humanities’ way of trying to replace God?
The debate about human cloning is ongoing – how do you feel about the subject?

10. Today we will talk about the many ways to make babies 

11. How did we do on the cloning article?

12. Let’s set up our notebooks!
Unit 4: Genetics and Adaptations
Let’s set up our notebooks!
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13. Let’s set up our notebooks!
Asexual vs. Sexual Reproduction
Let’s set up our notebooks!
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15. Different from parents
Kind of Reproduction:
How many parent cells?
Offspring is genetically:
Identical to parents
Different from parents
Benefits:
Genetic variation, which allows population to adapt and survive changes in the environment
Allows organisms to reproduce without a mate, reduces the time and energy needed to produce offspring
How does it happen?
Sex cells form in reproductive organs. The female sex cell, an egg, joins with a male sex cell, a sperm in a process called fertilization. The new cell formed from fertilization is called a zygote
Types of asexual reproduction include fission, budding, regeneration, vegetative reproduction, and cloning
Picture:
Sexual

16. Different from parents
Kind of Reproduction:
How many parent cells?
Offspring is genetically:
Identical to parents
Different from parents
Benefits:
Genetic variation, which allows population to adapt and survive changes in the environment
Allows organisms to reproduce without a mate, reduces the time and energy needed to produce offspring
How does it happen?
Sex cells form in reproductive organs. The female sex cell, an egg, joins with a male sex cell, a sperm in a process called fertilization. The new cell formed from fertilization is called a zygote
Types of asexual reproduction include fission, budding, regeneration, vegetative reproduction, and cloning
Picture:
Sexual

17. Different from parents
Kind of Reproduction:
How many parent cells?
Offspring is genetically:
Identical to parents
Different from parents
Benefits:
Genetic variation, which allows population to adapt and survive changes in the environment
Allows organisms to reproduce without a mate, reduces the time and energy needed to produce offspring
How does it happen?
Sex cells form in reproductive organs. The female sex cell, an egg, joins with a male sex cell, a sperm in a process called fertilization. The new cell formed from fertilization is called a zygote
Types of asexual reproduction include fission, budding, regeneration, vegetative reproduction, and cloning
Picture:
Sexual 2

18. Different from parents
Kind of Reproduction:
How many parent cells?
Offspring is genetically:
Identical to parents
Different from parents
Benefits:
Genetic variation, which allows population to adapt and survive changes in the environment
Allows organisms to reproduce without a mate, reduces the time and energy needed to produce offspring
How does it happen?
Sex cells form in reproductive organs. The female sex cell, an egg, joins with a male sex cell, a sperm in a process called fertilization. The new cell formed from fertilization is called a zygote
Types of asexual reproduction include fission, budding, regeneration, vegetative reproduction, and cloning
Picture:
Sexual 2

19. Different from parents
Kind of Reproduction:
How many parent cells?
Offspring is genetically:
Identical to parents
Different from parents
Benefits:
Genetic variation, which allows population to adapt and survive changes in the environment
Allows organisms to reproduce without a mate, reduces the time and energy needed to produce offspring
How does it happen?
Sex cells form in reproductive organs. The female sex cell, an egg, joins with a male sex cell, a sperm in a process called fertilization. The new cell formed from fertilization is called a zygote
Types of asexual reproduction include fission, budding, regeneration, vegetative reproduction, and cloning
Picture:
Sexual 2

20. Different from parents
Kind of Reproduction:
How many parent cells?
Offspring is genetically:
Identical to parents
Different from parents
Benefits:
Genetic variation, which allows population to adapt and survive changes in the environment
Allows organisms to reproduce without a mate, reduces the time and energy needed to produce offspring
How does it happen?
Sex cells form in reproductive organs. The female sex cell, an egg, joins with a male sex cell, a sperm in a process called fertilization. The new cell formed from fertilization is called a zygote
Types of asexual reproduction include fission, budding, regeneration, vegetative reproduction, and cloning
Picture:
Sexual 2

21. Different from parents
Kind of Reproduction:
How many parent cells?
Offspring is genetically:
Identical to parents
Different from parents
Benefits:
Genetic variation, which allows population to adapt and survive changes in the environment
Allows organisms to reproduce without a mate, reduces the time and energy needed to produce offspring
How does it happen?
Sex cells form in reproductive organs. The female sex cell, an egg, joins with a male sex cell, a sperm in a process called fertilization. The new cell formed from fertilization is called a zygote
Types of asexual reproduction include fission, budding, regeneration, vegetative reproduction, and cloning
Picture:
Sexual 2
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22. Different from parents
Kind of Reproduction:
How many parent cells?
Offspring is genetically:
Identical to parents
Different from parents
Benefits:
Genetic variation, which allows population to adapt and survive changes in the environment
Allows organisms to reproduce without a mate, reduces the time and energy needed to produce offspring
How does it happen?
Sex cells form in reproductive organs. The female sex cell, an egg, joins with a male sex cell, a sperm in a process called fertilization. The new cell formed from fertilization is called a zygote
Types of asexual reproduction include fission, budding, regeneration, vegetative reproduction, and cloning
Picture:
A contagious disease begins to spread around America. Who would have more survivors: clones or sexually reproducing humans?
Sexual 2

23. Different from parents
Kind of Reproduction:
How many parent cells?
Offspring is genetically:
Identical to parents
Different from parents
Benefits:
Genetic variation, which allows population to adapt and survive changes in the environment
Allows organisms to reproduce without a mate, reduces the time and energy needed to produce offspring
How does it happen?
Sex cells form in reproductive organs. The female sex cell, an egg, joins with a male sex cell, a sperm in a process called fertilization. The new cell formed from fertilization is called a zygote
Types of asexual reproduction include fission, budding, regeneration, vegetative reproduction, and cloning
Picture:
Can plants reproduce sexually?
Sexual 2

25. Different from parents
Kind of Reproduction:
How many parent cells?
Offspring is genetically:
Identical to parents
Different from parents
Benefits:
Genetic variation, which allows population to adapt and survive changes in the environment
Allows organisms to reproduce without a mate, reduces the time and energy needed to produce offspring
How does it happen?
Sex cells form in reproductive organs. The female sex cell, an egg, joins with a male sex cell, a sperm in a process called fertilization. The new cell formed from fertilization is called a zygote
Types of asexual reproduction include fission, budding, regeneration, vegetative reproduction, and cloning
Picture:
Sexual
Asexual 2

26. Different from parents
Kind of Reproduction:
How many parent cells?
Offspring is genetically:
Identical to parents
Different from parents
Benefits:
Genetic variation, which allows population to adapt and survive changes in the environment
Allows organisms to reproduce without a mate, reduces the time and energy needed to produce offspring
How does it happen?
Sex cells form in reproductive organs. The female sex cell, an egg, joins with a male sex cell, a sperm in a process called fertilization. The new cell formed from fertilization is called a zygote
Types of asexual reproduction include fission, budding, regeneration, vegetative reproduction, and cloning
Picture:
Sexual
Asexual 2

27. Different from parents
Kind of Reproduction:
How many parent cells?
Offspring is genetically:
Identical to parents
Different from parents
Benefits:
Genetic variation, which allows population to adapt and survive changes in the environment
Allows organisms to reproduce without a mate, reduces the time and energy needed to produce offspring
How does it happen?
Sex cells form in reproductive organs. The female sex cell, an egg, joins with a male sex cell, a sperm in a process called fertilization. The new cell formed from fertilization is called a zygote
Types of asexual reproduction include fission, budding, regeneration, vegetative reproduction, and cloning
Picture:
Sexual
Asexual 2 1

28. Different from parents
Kind of Reproduction:
How many parent cells?
Offspring is genetically:
Identical to parents
Different from parents
Benefits:
Genetic variation, which allows population to adapt and survive changes in the environment
Allows organisms to reproduce without a mate, reduces the time and energy needed to produce offspring
How does it happen?
Sex cells form in reproductive organs. The female sex cell, an egg, joins with a male sex cell, a sperm in a process called fertilization. The new cell formed from fertilization is called a zygote
Types of asexual reproduction include fission, budding, regeneration, vegetative reproduction, and cloning
Picture:
Sexual
Asexual 2 1

29. Different from parents
Kind of Reproduction:
How many parent cells?
Offspring is genetically:
Identical to parents
Different from parents
Benefits:
Genetic variation, which allows population to adapt and survive changes in the environment
Allows organisms to reproduce without a mate, reduces the time and energy needed to produce offspring
How does it happen?
Sex cells form in reproductive organs. The female sex cell, an egg, joins with a male sex cell, a sperm in a process called fertilization. The new cell formed from fertilization is called a zygote
Types of asexual reproduction include fission, budding, regeneration, vegetative reproduction, and cloning
Picture:
Sexual
Asexual 2 1

30. Different from parents
Kind of Reproduction:
How many parent cells?
Offspring is genetically:
Identical to parents
Different from parents
Benefits:
Genetic variation, which allows population to adapt and survive changes in the environment
Allows organisms to reproduce without a mate, reduces the time and energy needed to produce offspring
How does it happen?
Sex cells form in reproductive organs. The female sex cell, an egg, joins with a male sex cell, a sperm in a process called fertilization. The new cell formed from fertilization is called a zygote
Types of asexual reproduction include fission, budding, regeneration, vegetative reproduction, and cloning
Picture:
Sexual
Asexual 2 1

31. Different from parents
Kind of Reproduction:
How many parent cells?
Offspring is genetically:
Identical to parents
Different from parents
Benefits:
Genetic variation, which allows population to adapt and survive changes in the environment
Allows organisms to reproduce without a mate, reduces the time and energy needed to produce offspring
How does it happen?
Sex cells form in reproductive organs. The female sex cell, an egg, joins with a male sex cell, a sperm in a process called fertilization. The new cell formed from fertilization is called a zygote
Types of asexual reproduction include fission, budding, regeneration, vegetative reproduction, and cloning
Picture:
Sexual
Asexual
Binary Fission
Budding
Regeneration 2 1
Vegetative Reproduction

32. Different from parents
Kind of Reproduction:
How many parent cells?
Offspring is genetically:
Identical to parents
Different from parents
Benefits:
Genetic variation, which allows population to adapt and survive changes in the environment
Allows organisms to reproduce without a mate, reduces the time and energy needed to produce offspring
How does it happen?
Sex cells form in reproductive organs. The female sex cell, an egg, joins with a male sex cell, a sperm in a process called fertilization. The new cell formed from fertilization is called a zygote
Types of asexual reproduction include fission, budding, regeneration, vegetative reproduction, and cloning
Picture:
Sexual
Asexual 2 1

33. Different from parents
Kind of Reproduction:
How many parent cells?
Offspring is genetically:
Identical to parents
Different from parents
Benefits:
Genetic variation, which allows population to adapt and survive changes in the environment
Allows organisms to reproduce without a mate, reduces the time and energy needed to produce offspring
How does it happen?
Sex cells form in reproductive organs. The female sex cell, an egg, joins with a male sex cell, a sperm in a process called fertilization. The new cell formed from fertilization is called a zygote
Types of asexual reproduction include fission, budding, regeneration, vegetative reproduction, and cloning
Picture:
What would cloning be considered- sexual or asexual reproduction?
Sexual
Asexual 2 1

35. Different from parents
Kind of Reproduction:
How many parent cells?
Offspring is genetically:
Identical to parents
Different from parents
Benefits:
Genetic variation, which allows population to adapt and survive changes in the environment
Allows organisms to reproduce without a mate, reduces the time and energy needed to produce offspring
How does it happen?
Sex cells form in reproductive organs. The female sex cell, an egg, joins with a male sex cell, a sperm in a process called fertilization. The new cell formed from fertilization is called a zygote
Types of asexual reproduction include fission, budding, regeneration, vegetative reproduction, and cloning
Picture:
Sexual
Asexual 2 1
What % of DNA does the offspring get from their parents?

36. Different from parents
Kind of Reproduction:
How many parent cells?
Offspring is genetically:
Identical to parents
Different from parents
Benefits:
Genetic variation, which allows population to adapt and survive changes in the environment
Allows organisms to reproduce without a mate, reduces the time and energy needed to produce offspring
How does it happen?
Sex cells form in reproductive organs. The female sex cell, an egg, joins with a male sex cell, a sperm in a process called fertilization. The new cell formed from fertilization is called a zygote
Types of asexual reproduction include fission, budding, regeneration, vegetative reproduction, and cloning
Picture:
Sexual
Asexual
If humans have 46 units of DNA, how many units of DNA will the offspring have after sexual reproduction? 2 1
If a yeast bud has 16 units of DNA, how many units of DNA will the offspring have after asexual reproduction?

37. How did we do on the notes?

38. Asexual vs. Sexual Reproduction Hangman
Answer the question on the line provided.
If your partner gets it right, do nothing
If your partner gets it wrong, add a body part.
Beat your partner, don’t get hung!

39. Asexual vs. Sexual Reproduction Hangman
Is this asexual or sexual reproduction? 1
Answer the question on the line provided.
If your partner gets it right, do nothing
If your partner gets it wrong, add a body part.
Beat your partner, don’t get hung!

40. Asexual vs. Sexual Reproduction Hangman
Is this asexual or sexual reproduction? 2
Answer the question on the line provided.
If your partner gets it right, do nothing
If your partner gets it wrong, add a body part.
Beat your partner, don’t get hung!

41. Asexual vs. Sexual Reproduction Hangman
Is this asexual or sexual reproduction? 3
Answer the question on the line provided.
If your partner gets it right, do nothing
If your partner gets it wrong, add a body part.
Beat your partner, don’t get hung!

42. Asexual vs. Sexual Reproduction Hangman
Is this asexual or sexual reproduction? 4
Answer the question on the line provided.
If your partner gets it right, do nothing
If your partner gets it wrong, add a body part.
Beat your partner, don’t get hung!

43. Asexual vs. Sexual Reproduction Hangman
Is this asexual or sexual reproduction? 5
Answer the question on the line provided.
If your partner gets it right, do nothing
If your partner gets it wrong, add a body part.
Beat your partner, don’t get hung!

44. Asexual vs. Sexual Reproduction Hangman
Is this asexual or sexual reproduction? 6
Answer the question on the line provided.
If your partner gets it right, do nothing
If your partner gets it wrong, add a body part.
Beat your partner, don’t get hung!

45. Asexual vs. Sexual Reproduction Hangman
Which of the following is an advantage of sexual reproduction over asexual reproduction?
It allows the offspring species to look just like the parent species.
It ensures that all offspring will survive if diseases strikes.
It makes species more able to adapt to environmental changes.
It passes genetic information from one parent to one offspring. 7
Answer the question on the line provided.
If your partner gets it right, do nothing
If your partner gets it wrong, add a body part.
Beat your partner, don’t get hung!

46. Asexual vs. Sexual Reproduction Hangman
Which of these occurs in sexual reproduction but not in asexual reproduction?
Genes carry genetic information
An offspring is made of cells
Cells from two organisms combine
An offspring inherits a set of traits 8
Answer the question on the line provided.
If your partner gets it right, do nothing
If your partner gets it wrong, add a body part.
Beat your partner, don’t get hung!

47. NEW GAME!

48. Asexual vs. Sexual Reproduction Hangman
To teach her class about different forms of reproduction and how they relate to diversity among offspring, Mrs. Griffin asked her students to draw a picture of a simple organism, place a piece of carbon paper beneath the picture and trace it so that the image appears on a second piece of paper. This process most closely represents-
Sexual reproduction
Spontaneous regeneration
Genetic mutation
Asexual reproduction 9
Answer the question on the line provided.
If your partner gets it right, do nothing
If your partner gets it wrong, add a body part.
Beat your partner, don’t get hung!

49. Asexual vs. Sexual Reproduction Hangman
Reproduction processes can produce offspring similar to and different from the parent organisms. Which of the following would produce the most similar offspring?
Cutting a portion of a potato that contains an eye or bud and planting it in a vegetable garden
Butterflies bringing pollen from one wildflower plant to another
A scientist that cross-pollinates bean plants
A bee that cross-pollinates flowers in several fields 10
Answer the question on the line provided.
If your partner gets it right, do nothing
If your partner gets it wrong, add a body part.
Beat your partner, don’t get hung!

50. Asexual vs. Sexual Reproduction Hangman
During asexual reproduction in one-celled algae, a single algae becomes two new algae. The genetic material in each of the daughter cells is usually —
Half the number of genes
Totally different from the parent cell
The same number of genes
Twice the number of genes 11
Answer the question on the line provided.
If your partner gets it right, do nothing
If your partner gets it wrong, add a body part.
Beat your partner, don’t get hung!

51. Asexual vs. Sexual Reproduction Hangman
During asexual reproduction in paramecia, a single paramecium becomes two new paramecia. The genetic material of the new paramecia is usually —
Identical to the original
Half the amount of the original
Double the amount of the original
Similar to the original 12
Answer the question on the line provided.
If your partner gets it right, do nothing
If your partner gets it wrong, add a body part.
Beat your partner, don’t get hung!

52. Asexual vs. Sexual Reproduction Hangman
In one student's family, two of the children have curly hair, one child has wavy hair, and the fourth child has straight hair. Which of these processes is responsible for the variety of hair texture in this family?
Binary fission
Sexual reproduction
Asexual reproduction
Vegetative propagation 13
Answer the question on the line provided.
If your partner gets it right, do nothing
If your partner gets it wrong, add a body part.
Beat your partner, don’t get hung!

53. Asexual vs. Sexual Reproduction Hangman
African violets are plants that can be grown from leaf cuttings. The cuttings form both roots and shoots. How does the genetic material of the offspring of new plants grown from cuttings compare to the genetic material of the parent plant?
Equal in amount and identical
Less material than the parent plant
More material than the parent plant
Equal in amount, but with distinct differences 14
Answer the question on the line provided.
If your partner gets it right, do nothing
If your partner gets it wrong, add a body part.
Beat your partner, don’t get hung!

54. Asexual vs. Sexual Reproduction Hangman
Compared with the genetic material of the original cell in the diagram above, each of the two new cells contains — 
Half the genetic material of the parent cell
Twice as much genetic material as the parent cell
Genetic material that is identical to the parent cell
New genetic material that is different from the parent cell 15
Answer the question on the line provided.
If your partner gets it right, do nothing
If your partner gets it wrong, add a body part.
Beat your partner, don’t get hung!

55. Asexual vs. Sexual Reproduction Hangman
A plant breeder is MOST likely to produce offspring with new combinations of traits by —
Cutting one leaf from a plant and placing the leaf in moist soil
Exchanging grains of pollen between two different colored roses
Grafting a branch from an apple tree onto the branch of a pear tree
Taking the young plants that grow on the runners of a strawberry plant 16
Answer the question on the line provided.
If your partner gets it right, do nothing
If your partner gets it wrong, add a body part.
Beat your partner, don’t get hung!

56. NEW GAME!

57. Asexual vs. Sexual Reproduction Hangman
True or False?
Sexual reproduction occurs only in animals. 17
Answer the question on the line provided.
If your partner gets it right, do nothing
If your partner gets it wrong, add a body part.
Beat your partner, don’t get hung!

58. Asexual vs. Sexual Reproduction Hangman
True or False?
Sexual reproduction results in an offspring that has 50% of their genetic material from each parent. 18
Answer the question on the line provided.
If your partner gets it right, do nothing
If your partner gets it wrong, add a body part.
Beat your partner, don’t get hung!

59. Asexual vs. Sexual Reproduction Hangman
True or False?
Asexual reproduction can occur with one or two parent cells. 19
Answer the question on the line provided.
If your partner gets it right, do nothing
If your partner gets it wrong, add a body part.
Beat your partner, don’t get hung!

60. Asexual vs. Sexual Reproduction Hangman
True or False?
Sperm and egg cells combine in asexual reproduction. 20
Answer the question on the line provided.
If your partner gets it right, do nothing
If your partner gets it wrong, add a body part.
Beat your partner, don’t get hung!

61. Asexual vs. Sexual Reproduction Hangman
True or False?
The process by which an egg and sperm merge is called fertilization. 21
Answer the question on the line provided.
If your partner gets it right, do nothing
If your partner gets it wrong, add a body part.
Beat your partner, don’t get hung!

62. Asexual vs. Sexual Reproduction Hangman
True or False?
Genetic diversity means that offspring have a variety of characteristics inherited from their parents. 22
Answer the question on the line provided.
If your partner gets it right, do nothing
If your partner gets it wrong, add a body part.
Beat your partner, don’t get hung!

63. Asexual vs. Sexual Reproduction Hangman
True or False?
Asexual and sexual reproduction have a similar outcome- the production of offspring. 23
Answer the question on the line provided.
If your partner gets it right, do nothing
If your partner gets it wrong, add a body part.
Beat your partner, don’t get hung!

64. Asexual vs. Sexual Reproduction Hangman
True or False?
Asexual reproduction occurs ONLY in plants. 24
Answer the question on the line provided.
If your partner gets it right, do nothing
If your partner gets it wrong, add a body part.
Beat your partner, don’t get hung!

65. How did we do on the hangman?

66. Study Guide and Exit Ticket Silently, Independently