Answer :
To determine which group of values could be used in a TVM (Time Value of Money) Solver on a graphing calculator to calculate the number of payments Kendra will have to make, let’s break down the information given and apply it to each option:
Loan Details:
- Loan amount (Present Value, PV): [tex]$750 (treated as negative since it's money owed)
- Annual Percentage Rate (APR): 8.4%
- Monthly payments (PMT): $[/tex]46.50
- Future Value (FV): 0 (since the loan will be fully paid off)
- Payments per year (P/Y): 12 (monthly payments)
- Compounding periods per year (C/Y): 12 (monthly compounding)
Now, let's review each option:
- Option A:
- Interest rate ([tex]\(I\%\)[/tex]): 0.7%
- PV: -750
- PMT: 46.5
- FV: 0
- P/Y: 12
- C/Y: 12
The interest rate is incorrect here. It should be the annual rate of 8.4%.
- Option B:
- Interest rate ([tex]\(I\%\)[/tex]): 8.4%
- PV: -750
- PMT: 46.5
- FV: 0
- P/Y: 12
- C/Y: 12
Everything matches perfectly here. The interest rate is correct, as well as the number of payments and compounding periods per year.
- Option C:
- Interest rate ([tex]\(I\%\)[/tex]): 0.7%
- PV: -750
- PMT: 46.5
- FV: 0
- P/Y: 1
- C/Y: 12
Although the P/Y value is incorrect (it should be 12), the interest rate is also wrong.
- Option D:
- Interest rate ([tex]\(I\%\)[/tex]): 8.4%
- PV: -750
- PMT: 46.5
- FV: 0
- P/Y: 1
- C/Y: 12
While the interest rate is correct, the P/Y (payments per year) is incorrectly set to 1.
Conclusion:
The correct group of values that match all the loan terms is Option B. This option uses the appropriate 8.4% annual interest rate and correctly sets both 12 payments per year and 12 compounding periods per year. Therefore, the correct choice is B.
Loan Details:
- Loan amount (Present Value, PV): [tex]$750 (treated as negative since it's money owed)
- Annual Percentage Rate (APR): 8.4%
- Monthly payments (PMT): $[/tex]46.50
- Future Value (FV): 0 (since the loan will be fully paid off)
- Payments per year (P/Y): 12 (monthly payments)
- Compounding periods per year (C/Y): 12 (monthly compounding)
Now, let's review each option:
- Option A:
- Interest rate ([tex]\(I\%\)[/tex]): 0.7%
- PV: -750
- PMT: 46.5
- FV: 0
- P/Y: 12
- C/Y: 12
The interest rate is incorrect here. It should be the annual rate of 8.4%.
- Option B:
- Interest rate ([tex]\(I\%\)[/tex]): 8.4%
- PV: -750
- PMT: 46.5
- FV: 0
- P/Y: 12
- C/Y: 12
Everything matches perfectly here. The interest rate is correct, as well as the number of payments and compounding periods per year.
- Option C:
- Interest rate ([tex]\(I\%\)[/tex]): 0.7%
- PV: -750
- PMT: 46.5
- FV: 0
- P/Y: 1
- C/Y: 12
Although the P/Y value is incorrect (it should be 12), the interest rate is also wrong.
- Option D:
- Interest rate ([tex]\(I\%\)[/tex]): 8.4%
- PV: -750
- PMT: 46.5
- FV: 0
- P/Y: 1
- C/Y: 12
While the interest rate is correct, the P/Y (payments per year) is incorrectly set to 1.
Conclusion:
The correct group of values that match all the loan terms is Option B. This option uses the appropriate 8.4% annual interest rate and correctly sets both 12 payments per year and 12 compounding periods per year. Therefore, the correct choice is B.