Question

amoeba sisters video recap: asexual and sexual reproduction
a comparison of reproduction types
what could you infer about these spider plantlets based on the video and graphic shown below? please place a checkmark
next to any statements that would be correct for the graphic represented below.

1. all of the plantlets are identical to the parent plant.
2. all of the plantlets are identical to each other.
3. the plantlets have a different genetic code from the parent plant.
4. this represents asexual reproduction.
5. this specific process involves gametes.
6. the plantlets are the same size as the parent plant.
7. this specific process involves a male and female plant.
8. the plantlets are uniform.
9. there is genetic variation among the plantlets.
10. each plantlet is a clone of the parent plant.
11. this represents sexual reproduction.
12. this type of reproduction also includes binary fission and budding.
13. this requires two organisms to produce offspring.
14. this requires only one organism to produce offspring.
15. the dna would be the same in the parent plant and offspring.
16. fertilization occurs in this type of reproduction.
17. what are some advantages of asexual reproduction when compared to sexual reproduction? what are some

disadvantages of asexual reproduction when compared to sexual reproduction?

Explanation:

Asexual reproduction involves only one parent. Offspring (like the plantlets) are clones (genetically identical to the parent and to each other). Binary fission and budding are types of asexual reproduction. Since there's no gamete - formation (no male and female gametes fusing as in sexual reproduction), there's no genetic variation. Asexual reproduction is quick (advantage) but lack of genetic variation can be a disadvantage (less adaptability to environmental changes).

Answer:

1. ✓ (Binary fission and budding are asexual)
2. ✗ (Asexual needs one organism)
3. ✓ (Asexual - one parent)
4. ✓ (Clones have same DNA)
5. ✗ (Fertilization in sexual)

For question 17:
Advantages: Faster reproduction (more offspring in less time), doesn't need to find a mate.
Disadvantages: Lack of genetic variation (if environment changes, all may be affected similarly; less adaptability).