There is no cylinder for us to see. You have to do pie x radius^2 and multiply that by the length.
Answer:
The amount that will be in the account will be $(2900 +261x)
Step-by-step explanation:
We know that the amount of money that will be in the account will be a sum of the initial principal ($2900) and the interest that is accrued after x years.
Since we already know the principal, we will have to calculate the interest that is accrued after x years.
we can use the formula:
Interest = (principal X rate X time)/ 100
Interest = 
Therefore the amount that will be in the account will be $(2900 +261x)
Answer:
a. 8.66 minutes
Step-by-step explanation:
Since the flight times are uniformly distributed, the standard deviation can be calculated as follows:

Where '<em>b' </em>is the maximum flight time (150 minutes) and '<em>a' </em>is the minimum flight time (120 minutes):

The distribution's standard deviation is 8.66 minutes.
One way is that you can just factor it out: (x+2)(x+2)(x+2)
For the first pair, you get

.
Then do

*

That will be

So the answer is 6
Answer:
2
Step-by-step explanation:
Use rise over run (y2 - y1) / (x2 - x1)
Plug in the points:
(6 + 6) / (2 + 4)
12/6
= 2
So, the rate of change is 2