Let's say
a = 215,658
ok... so.. he first lost 1/3 of that

so, his nickname might just be even steven, because, he ended up with the same original amount after the 1/2 bump.
Answer:
C and E
Step-by-step explanation:
Have a great day! THanks!
Answer:

Step-by-step explanation:
<u>Differentiation</u>
We have a relationship between x and y as follows:

Both variables depend on time t for t≥0.
Differentiating with respect to time:

Applying the derivative of a power function:

Recall the derivative of a constant is 0.
Dividing by 2:

Solving for y':

At some specific time, we have:
x=3, y=4, dx/dt = x' = 6. Substituting:

Operating:

Simplifying:

<span>B. 8.6
Let's substitute the given values into the function and calculate the result. So:
f(t) = Pe^rt
f(t) = 6e^0.06t
f(6) = 6e^(0.06*6)
f(6) = 6e^(0.36)
f(6) = 6*1.433329415
f(6) = 8.599976487
Rounding to the nearest tenth, gives: 8.6
So the answer is "B. 8.6"</span>
first you divide the amount of miles chris walked with 1/4 or .25 miles then you will get the answer