0.84 more pounds of fuji apples than golden delicious apples.
Answer:
(x+1) is a factor with remainder 0.
Step-by-step explanation:
We divide (x+1) into the polynomial 
through long division or synthetic. We choose long division and look for what will multiply with (x+1) to make the polynomial .
We subtract this from the original 
.
This leaves 
. We repeat the step above.
.
We subtract this from 
. We repeat the step above.
.
We subtract this from 
. We repeat the step above.
.
We subtract this from 
. There is no remainder. This means (x+1) is a factor.
Answer:
Options: 1, 4 & 6
Step-by-step explanation:
Yes:
1. 
4. 
6. 
No:
2. 
3. 
5. 
Hope this helps
You didn't include the function.
If the function is, V = 20,000 (1 - t/20)^2, as you can see, for t = 20, V = 0
Then I am going to show you the work with that function, and you can use the same procedure with your own fucntion.
The rate of change of the volume is the derivative of the function with respect to the time.
[dV/dt] = 20,000 *2 [1 -t/20] * [-1/20] = - 2000 [1 - t/20] = 2000[t/20 - 1]
At t = 3
dV/dt = 2000[3/20 - 1] = -1700 gallons / min
The negative sign mean decreasing.
The answer is - 1700 gallons / min
Now, for the same function, if the time is t = 2, you would obtain one of the results of the list of options.
dV/dt = 20,000 [2/20 - 1] = -1800 gallons/minute, which is the option D of the list.
Answer:
sorry, I cant see the expression
Step-by-step explanation:
