How will this mutation most likely affect the deer population? The deer with the mutation will not survive, and the trait will disappear from the population. The deer with the mutation will survive and reproduce, but it will not pass this trait on to its offspring. The deer with the mutation will not survive, but the trait will appear again in the next generation. The deer with the mutation will survive and reproduce, and the trait will commonly appear in future generations.

answer: it means that he would rather write than preach.

explanation: its what it says

this is the answer , p = 1 + (1/10)x

step-by-step explanation:

we have,

at sea level pressure is 1 atmosphere (i.e at x =0, p0=1 atmosphere)

at depth 23 meters , pressure = 3.3 atmosphere

since the pressure increases at constant rate as the depth increases, so we can write a relation as:

p =p0 +   kx   , where p is the pressure  , p0 is the initial pressure, x is the depth and k is constant rate of increasing.

to find constant rate k, plug p = 3.3 , p0 = 1 and x= 23 meters

we get,

  3.3 = 1 + k * 23

k = 2.3 / 23   = 1/10

so we can write the function formula as:   p = 1 + (1/10)x

well basically since ima beginner people will answer any subject "right away"and if you get more points you could ask more questions or if you answer someone's question you get points

b is the answer.   i sat on the lumpy sofa, totally exhausted, with a bad taste in my mouth, wondering what i should do next.