Answer:
The rational function that might have the given graph is .
Step-by-step explanation:
This graph shows a rational function whose numerator is a first order polynomial and denominator is a second order, due to the presence of vertical asymptotes at and . The lead coefficient of the numerator must be 1, since horizontal asymptote must be and intercept must be , since .
Then, we conclude that a rational function that might have the graph is:
(1)
We present the proof that given function is appropriate.
Answer:
- monthly payment: $304.15
- total interest: $3249.00
Step-by-step explanation:
Using the time-value-of-money functions on your calculator, you can find the monthly payment to be $304.15.
The calculator function requires several inputs. There are 12 payments per year for 5 years, for a total of 60 monthly payments. As the problem statement tells you, the present value is 15,000, the interest rate is 8%. You want the remaining amount due after 5 years (the future value) to be zero. There are 12 payments per year, and interest is compounded 12 times per year.
After finding the monthly payment, you can find the total amount repaid by multiplying it by 60 (the number of months). Then the interest paid is the difference between that ($18249.00) and the initial loan amount ($15,000.00).
... $18,249 -15,000 = $3,249.00
The attachment shows what these calculations look like on a TI-84 calculator.
Answer:the equivalent expression is (1/x)^3
Step-by-step explanation:
Answer:
Since you dont know the unknown money per cone we make it an equation:
4c(unknown money per cone) = $10
Let's divide both sides by 4
C = 2.50, now we found out the cost of 1 cone.
Since there are 3 cones we multiply by 3,
2.50 x 3 = $7.50
Answer:
3%
Step-by-step explanation:
13.20 / 440.0 = 0.03
0.03 *100 = 3%