Answer:
The chemical equation for cellular respiration would be: <u>C6H12O6 + 6 O2 → 6 CO2 + 6 H2O</u>.
Explanation:
<em><u>C6H12O6 </u></em><em>(1 Glucose molecule)</em><em><u> + 6 O2 </u></em><em>(6 Oxygen molecules)</em><u><em> → 6 CO2 </em></u><em>(6 Carbon dioxide molecules)</em><u><em> + 6 H2O </em></u><em>(6 Water molecules)</em>
Answer:
It will contain a larger proportion of flies that lay eggs in sap because the trait results in a higher chance of reproducing successfully and passing on the gene
Explanation:
Over the years the population of flies that lays egg in the rotten bark will reduce this is because of the low chance of reproducing and there will be an increase in the population of flies that lays egg in the sap because the flies have a higher chance of reproducing successfully leading to an increase in the population and the ability of the gene to be passed on successfully to their offspring in next generation.
The question is incomplete. Complete question is as followed :
Imagine a human disorder that is inherited as a dominant, X-linked trait. How would the frequency of this disorder vary between males and females?
A. Males would display this disorder with greater frequency than females.
B. Males and females would display this disorder with equal frequency.
C. Females would display this disorder with greater frequency than males.
Answer:
C. Females would display this disorder with greater frequency than males.
Explanation:
Most of the X-linked disorders are recessive. but if it is dominant, a dominant gene is carried on the X chromosome. So it will effect all the females being the dominant and doesnot effect males more than females.
Hence option C. Females would display this disorder with greater frequency than males is the right answer.
The answer is morph.
This could be caused by genetic polymorphisms
or variation in the effect of the environment
on each genotype. To be classified as such, morphs must occupy the same habitat
at the same time and belong to a panmictic population (one with random mating).
