Answer: The end behavior of the given function is,
as 
And,
as 
Step-by-step explanation:
Since, by the property of the graph of the exponential function,
If an exponential function is, 
If b >1 ( increasing function ) then its end behavior is,
as 
And,
as 
While b < 1 ( decreasing function, then its end behavior is,
as 
And,
as 
Here, given function is, 
Since 5 > 1
Therefore, the end behavior of the given function is,
as 
And,
as 
#1 yes they traveled the same distance
Answer:
0
Step-by-step explanation:
From your problem, we have to extract the information that are important from the first two intregrals so we can solve the double integral.

We also have that:

---------------------------------
With this, now we can solve the double integral.
Since the limits of integration are constant, i can use dA both as dydx or dxdy. I am going to use dydx.
So the double integral will be:

We solve a double integral from the inside to the outside, so the first integral we solve is:

f is a function of x and we are integrating dy, so this means that f is a constant. Our integral now is this:

From above, we have that

So,

Now we have to solve the outside integral:

We know that

So the double integral will be 0
Answer: You can find the radius of a cone if you know the volume and height of the base.
Step-by-step explanation:
This is what I got as the answer but I didn’t see the option choice in the ones you’ve listed