sex-linked color b s. What feature of smalil IV. Identify the concepts. (0.5 pts

Question

sex-linked color b s. What feature of smalil IV. Identify the concepts. (0.5 pts each) ilibrium. Answer either YES or NO 1. mutations occur frequently -2, no individuals immigrate into the population 3. population members leave (emigrate cate whether each of the following would be applicable for a population at Hardy Weinberg -4. all birthing stops when the temperature falls below 25° C 5. population is composed of 25,000,000 individuals 6, solar radiation inhibits metabolism & growth of 25% of exposed individuals 7. random mating is uncommon small population with highly related individuals that exist on an island 9. heterozygotes are favored ironmental conditions are stable, population is large, all individual have equal success at survival and mating, no immigration or emigration occurs

Explanation / Answer

The following are applicable on Hardy Weinberg equilibrium -

Statement -

1 - (No) mutation occurs frequently.

Explanation - if mutation is occur at high rate then it cause change in allele frequency.

2 - (yes) No individuals immigrate into the population.

Explanation - if no immigration takes place so, no change in allele frequency.

3 - (No) population members leave.  

Explanation - if change in population members also change in allele frequency.

4 -(yes) Explanation - all birth stop when the temperature fall below 25 degree.

Explanation - At that temperature all metabolic activities became slow. So normal temperature is required for all over development.

5 - (No) Explanation- Because Hardy Weinberg only applicable on small population.

6 - (yes) Explanation - Because solar radiation require for normal metabolism and development. If less radiation cause deactivation of enzyme.

7 - (yes) random mating is uncommon.

Explanation - it results change in allele frequency.

8- (yes) the statement is applicable on Hardy Weinberg equilibrium.

Explanation - when population on island. No interaction with any population .So no change in allele frequency.

9 - (yes) Heterozygous are favoured.

10 - (no) it is not applicable because in this statement population is large.

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