The answer is going to be B
<span>She may be carrying diseases, which the natives have no immunities.</span>
We need to show that y = x/(x + c) is a solution of dy/dx = (y - y^2)/x. Then,
<span>dy/dx = ((x + c) * 1 - x * 1)/(x + c)^2 </span>
<span>= (x + c - x)/(x + c)^2 </span>
<span>= c/(x + c)^2 </span>
<span>and </span>
<span>(y - y^2)/x = (x/(x + c) - x^2/(x + c)^2)/x </span>
<span>= (x(x + c) - x^2)/(x(x + c)^2) </span>
<span>= (x^2 + cx - x^2)/(x(x + c)^2) </span>
<span>= cx/(x(x + c)^2) </span>
<span>= c/(x + c)^2 </span>
<span>which proves the equality. </span>
Answer:
Which best describes somatic mutations? They are usually passed on to offspring. ... They always result from point mutations. They only occur in reproductive cells.
Explanation:
A somatic mutation occurs after conception, after life starts. ... All cells in the body have the mutation. That includes sex cells, so the mutation's transmitted to the next generation. Examples of somatic mutations, include changes in a body cell that causes it to turn cancerous (spontaneous cancer).
The thorax, it has the wings and legs attached to it.
