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Chapter 11

Chapter 11

Assessment

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Education, Mathematics

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12th Grade - University

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Created by

Brooke Morgan

Used 1+ times

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5 Slides • 15 Questions

1

Chapter 11

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2

Fill in the Blanks

Time (in years):

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3

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Principal (Present Value):

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4

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Future Value:

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5

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Interest Rate:

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6

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Amount of Interest:

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7

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Number of Compounding Periods per Year:

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8

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Periodic Payment:

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9

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Twelve times a year:

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10

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Four times a year:

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11

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Two times a year:

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12

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360 days a year:

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13

Open Ended

Suppose you buy a home and finance $285,000 at $2,293.17 per month for 30 years. What is the amount of interest paid? Round to the nearest dollar.

Include what formula you use!

14

The amount of interest paid is $540,541

 A=P+I A=P+I\   
 I\ =\ A-P  
 𝐼=2293.17(12)(30)−285000𝐼=2293.17(12)(30)−285000  

 = 540,541=\ \text{}540,541 

15

Open Ended

Find the cost of a car in 5 years, assuming a constant inflation rate of 9%, when the car starts at $19,000. Round to the nearest dollar.

Include the formula you use!

16

$29,798

 A = PertA\ =\ Pe^{rt}  

17

Open Ended

Find the present value needed to achieve $420,000 in 30 years at 6% interest, compounded monthly. Round to the nearest dollar.

Include the formula you use!

18

The present value is $67,738

 P=A (1+rn)−ntP=A\ \left(1+\frac{r}{n}\right)^{-nt}  

19

Open Ended

Suppose you buy a $503,000 home, bought with a 20% down payment, and the balance financed for 30 years at 4.3%. Find the monthly payment for this loan. Round to the nearest dollar.

Include the formula you use!

20

Your monthly payments are $1,991

Since we can make a 20% down payment the loan amount, P, only needs to be the remaining 80%. 𝑃 = 0.8(503000) = 402400.


 m = P(rn)1−(1+rn)−ntm\ =\ \frac{P\left(\frac{r}{n}\right)}{1-\left(1+\frac{r}{n}\right)^{-nt}}  

pattern-tertiary

Chapter 11

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