Total gasoline = 10 gallons
Gasoline left after 100 miles = 5 gallons
Gasoline used in 100 miles
= Total gasoline - Gasoline left after 100 miles
= 10 gallons - 5 gallons
= 5 gallons
Gasoline used in 1 mile
= Gasoline used in 100 miles/100
= 5 gallons/100
= 0.05 gallons
Input values must have exactly one output value in order for the function to remain a function.
d. 2
f. 8
g. 15
Well you would take the store credit and subtract that from the total so you would do 52.22-39.58 and you would have to spend $12.64
Answer:
The correct option is A) The growth factor of the investment.
Step-by-step explanation:
Consider the provided exponential function.

Where V(t) is the total value after t years.
Here the function is in the form of Exponential Growth:

Where b value is the growth factor.
By comparing we get that the constant '1.125' represents the growth factor by which our value is increasing each year.
Constant '30,000' represents the initial value i.e. the investment made.
Hence, the correct option is A) The growth factor of the investment.
20a+8-12b. Could be written as 20a-12b+8