Cara's unpaid credit card balance is $5392.39. Her APR is 13.2%, ad she made one new transaction for $204, what is her new balance
A. $5214.39
B. $5442.21
C. $5655.71
D. $6308.19

Alex's statement shows a previous balance of $3694.23, a payment of $100 and new transactions totaling $235. His APR IS 19.2%
A. $2998.64
B. $3081.86
C. $3886.74
D. $3990.50

Tom's total payment for his loan was $14,256. He paid it off after making 48 monthly payments, what was his monthly payment?
A. $286
B. $297
C. $310
D. $324

bethany will borrow $7400 at 7% APR. She will pay it back over 12 months, what will her monthly payment be?
A. $510.43
B. $518.00
C. $659.83
D. $672.17

Respuesta :

Answer:

3 is B not A

Step-by-step explanation:


The APR is applied to the balance that is present on the card over a

specified period.

Responses:

First question:

  • D. $5655.71

Second question:

  • C. $3886.74

Third question:

  • B. $297

Fourth question:

  • C. $659.83

How is the balance on the credit card and factors of a loan calculated?

Formula:

  • New balance = Previous balance - Payments + Purchases + Finance charge

Where;

  • [tex]Finance \ charge = \mathbf{\dfrac{APR}{12} }\times \left(Previous \ balance - Payment + Purchases \right)[/tex]

First question:

New transaction can be excluded from the calculation of the APR

[tex]Finance \ charge = \dfrac{0.132}{12} \times \left(\$5392.39 \right ) = \mathbf{ \$59.31629}[/tex]

New balance = $5392.39 + $204 + $59.31629 = $5655.71

  • Correct option is D: $5655.71

Second question:

[tex]Finance \ charge = \dfrac{APR}{12} \times \left(Previous \ balance - Payment \right)[/tex]

Which gives;

[tex]Finance \ charge = \dfrac{0.192}{12} \times \left(\$3694.23 - \$100 \right) = \mathbf{ \$57.50768}[/tex]

New balance = $3694.23 - $100 + $235 + $57.50768 ≈ $3886.74

  • The correct option is C: $3886.74

Third question:

[tex]Monthly \ payment = \mathbf{\dfrac{Total \ payment}{Number \ of \ payment}}[/tex]

Which gives;

[tex]Monthly \ payment = \dfrac{\$14,256 }{48} = \mathbf{\$297}[/tex]

  • The correct option is B. $297

Fourth question:

Given that the rate is for a simple interest rate, we have;

[tex]Monthly \ payment = \mathbf{ \dfrac{Amount \ borrowed \times \left(1 + APR\right)}{Number \ of \ periods \right)}}[/tex]

Which gives;

[tex]Monthly \ payment = \dfrac{ \$7400 \times \left(1 + 0.07\right)}{12 } \approx \mathbf{\$659.83}[/tex]

  • The correct option is C. $659.83

Learn more about loan calculations here:

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