Compared to organisms that reproduce sexually, organisms that reproduce asexually are - O A. more likely to have offspring genetically different from themselves. B. less likely to require only one parent for reproduction to take place. O C. more likely to use energy to find a mate. D. less likely to use energy caring for their offspring.

You are examining a population of C. elegans in their natural habitat, a fresh steaming pile of nutrient-rich compost.  Predict what you might expect to see in terms of mode of reproduction in the population.    a. The population will primarily reproduce asexually then when they run out of nutrient-rich compost.    b. The population will have mostly hermaphrodites with a few males.   c. The population will have a really high frequency of males compared to lab conditions.   d. The population will primarily undergo sexual reproduction.

The difference between asexual and sexual reproduction is that A. asexual reproduction occurs only in haplontic organisms, whereas sexual reproduction occurs only in diplontic organisms. B. asexual reproduction results from meiosis, whereas sexual reproduction results from mitosis. C. asexual reproduction occurs only in bacteria, whereas sexual reproduction occurs in plants and animals. O D. asexual reproduction results from the fusion of two gametes, whereas sexual reproduction produces clones of the parent organism. O E. asexual reproduction results in an organism that is identical to the parent, whereas sexual reproduction results in an organism that is not identical to either parent.

hy is it important to support research on the social, cultural, and psychological aspects of reproduction?   Group of answer choices:   Freer trade will increase per capita income and raise standards of living. This will stimulate economic growth and reduce poverty. The rich-poor gap could narrow decreasing social strife. More motivation is needed to regulate population growth. A higher standard of living and increased job opportunities could result.