Answer:
Step-by-step explanation:
<u>Instantaneous Velocity</u>
Given r(t) as the vector function of the position for time t, the instantaneous velocity is computed as:
We are given:
Thus:
Computing the derivative:
Evaluating for t=π/4:
Answer:
THE ANSWER IS B ON EDGE B) -1<y<1
Step-by-step explanation:
idk but i know its B
F(g) = 4g+6
1. when g = 2, output f(2) = 14
answer: 14
2. output = 18
18 = 4g+6
4g = 12
g = 3
answer: 3
3.when g = 4
f(4) = 16+6=22
answer
(4,22)
4. when input = 6 means g=6
f(6) = 24+6 = 30
different = 30-6 = 24
answer: 24