Answer: C 32;no
Step-by-step explanation:
edge
It depends on the shape.Obtuse if longer than 90 degrees,acute if smaller than 90 degrees ,and right angle if exactly 90 degrees
Answer: 16π
Step-by-step explanation:
First, solve for total area:
A = πr^2
A = π(8^2) = 64π
Then, find 1/4 of the area of the whole (since this is only a quarter circle)
A/4 = (64π)/4 = 16π
The linear approximation to

centered at

is

What this means is that you can use the tangent line to

at

to get a decent approximation of

at some other value of

to within a certain degree of accuracy depending on how close this value

is close to

. (Note that when

, the approximation is exact;

.)
So what you're asked to do is find an approximate value of a zero of

near

. That is to say, you're looking for some value

such that

, but all you have at your disposal is the linear approximation to the function.



You know that if

is a zero of

, then

, so you get

Solving for

, you find

This means that an approximate zero of

is

.