Answer:
Step-by-step explanation:
Thirteen less than the quotient of forty and a number. Required equation:
<u>When n = 2 we have:</u>
Answer:
Critical points are 1 and -1
Maximum at x=1
Minimum at x=-1
Step-by-step explanation:
We are given that a function
on (
)
We have to find the critical points of the function.
To find the critical point we will differentiate function w.r.t x and then substitute f'(x)=0








Therefore, the critical points of the given function are 1 and -1.



When we goes from 0 to 2 then the sign of derivative change from positive to negative .Therefore, function has local maximum at x=1.



When we goes form -2 to 0 then the sign of derivative change from negative to positive .Hence , function has local minimum at x=-1
Hence, critical points are local maximum and local minimum .
Answer:
the answer is 4:1
Step-by-step explanation:
as 5x2=10
20x2=40
40:10 or

if you cancel them it is 4:1
Average rate of change is just the slope betwen the points
that is just the slope between (-3,-3) and (-4,-1)
slpe between (x1,y1) and (x2,y2) is (y2-y1)/(x2-x1)
so slope between (-3,-3) and (-4,-1) is (-1-(-3))/(-4-(-3))=(-1+3)/(-4+3)=2/-1=-2
the average rate of change is -2