Question 1

A twenty-year note for $10000.00 bearing interest at 12% compounded monthly is discounted at 8% compounded quarterly four years and six months before maturity. Find the proceeds of the note.

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Question 2

Debts of $850 due in six months, $700 due in sixteen months, and $1100 due in three years are to be settled by a single payment one year from now. What is the size of that single payment if interest is 7.5% compounded monthly?

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Question 3

Four years and five months after its date of issue, a 7-year promissory note for $8900.00 bearing interest at 5.04% compounded monthly is discounted at 6.5% compounded semi-annually. Find the proceeds of the note using the exact method.

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Question 4

A $4300.00 promissory note issued without interest for nine years on September 30, 2001, is discounted on July 31, 2006, at 8.32% compounded quarterly. Find the compound discount.

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Question 5

Determine the discounted value now of $7700.00 due in forty-four months at 7.5% compounded quarterly.

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Question 6

A ten-year note for $2220.00 bearing interest at 6.6% compounded monthly is discounted at 8.92% compounded quarterly four years and four months before maturity. Find the proceeds of the note.

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Question 7

Use the exact method to compute the proceeds of a non-interest-bearing note for $5640.00 six years and seven months before the due date, if money is worth 7.25% p.a. compounded annually.

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Question 8

Scheduled debt payments of $1500.00 due seven months ago, $1200.00 due two months ago, and $1800.00 due in five months are to be settled by two equal payments now and three months from now respectively. Determine the size of the equal replacement payments at 9% p.a. compounded monthly.

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Question 9

On April 15, 2005, a ten-year note dated June 15, 2001, is discounted at 8.2% compounded quarterly. If the face value of the note is $4000.00 and interest is 7.2% compounded quarterly, find the compound discount.

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Question 10

Debts of $2800.00 due three months from now and $4600.00 due twenty-one months from now are to be settled by two equal payments due in three months and nine months from now respectively. Determine the size of the equal replacement payments if interest is 5.5% p.a. compounded quarterly.

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Question 11

Calculate the proceeds of $5000.00 due in five years, nine months discounted at 8.0% compounded semi-annually.

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Question 12

A debt can be repaid by payments of $1000.00 today, and $3000.00 in two years . What single payment would settle the debt three years from now if money is worth 16% p.a. compounded semi-annually?

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The answer of A debt can be repaid by payments...

Question 13

Debts of $400.00, $450.00 and $500.00 are due in one year, eighteen months and thirty months from now respectively. Determine the single payment now that would settle the debts if interest is 8% p.a. compounded quarterly.

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Question 14

A debt payment in the amount of $2000.00 due today, is to be settled by a payment of $1500.00 nine months from now and a final payment in 18 months. Determine the size of the final payment if the money is worth 12% p.a. compounded quarterly. Use the Banker's Method.

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Question 15

A note dated May 1, 2011 promises the payment of $5660.00 with interest at 6.5% p.a. compounded semi-annually on November 1, 2015. Find the proceeds of the sale of the note on May 1, 2013 if money was then worth 7.2% p.a. compounded monthly.

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Question 16

Loans of $1600.00, $8300.00, and $12100.00 are due now, in four years, and in seven years respectively. What is the equivalent single sum of money due three and a half years from now if interest is 10.8% compounded monthly?

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Question 17

A debt of $5000.00 is to be repaid by payments of $2000.00 after two years, $2500.00 after three years and a final payment after five years. Determine the size of the final payment if interest is 10% p.a. compounded semi-annually.

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Question 18

A debt can be repaid by payments of $4125.00 today, $3770.00 in two years and $5600.00 in five years. What single payment would settle the debt three years from now if money is worth 9.88% p.a. compounded quarterly?

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Question 19

Two debt payments, the first in the amount of $1600.00 due today, and the second in the amount of $7200.00 due in 15 months with interest at 9.6% p.a. compounded quarterly, are to be settled by a payment of $3400.00 nine months from now and a final payment in 21 months. Determine the size of the final payment if the money is worth 12.12% p.a. compounded monthly.

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Question 20

An seven-year promissory note for $31 000 dated May 2, 2002, bearing interest at 8% compounded quarterly, is discounted on September 2, 2005, at 8.5% compounded semi-annually. Determine the proceeds of the note.

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Quiz 9: Compound Interest - Future Value and Present Value

A twenty-year note for $10000.00 bearing interest at 12% compounded monthly is discounted at 8% compounded quarterly four years and six months before maturity. Find the proceeds of the note.

Debts of $850 due in six months, $700 due in sixteen months, and $1100 due in three years are to be settled by a single payment one year from now. What is the size of that single payment if interest is 7.5% compounded monthly?

Four years and five months after its date of issue, a 7-year promissory note for $8900.00 bearing interest at 5.04% compounded monthly is discounted at 6.5% compounded semi-annually. Find the proceeds of the note using the exact method.

A $4300.00 promissory note issued without interest for nine years on September 30, 2001, is discounted on July 31, 2006, at 8.32% compounded quarterly. Find the compound discount.

Determine the discounted value now of $7700.00 due in forty-four months at 7.5% compounded quarterly.

A ten-year note for $2220.00 bearing interest at 6.6% compounded monthly is discounted at 8.92% compounded quarterly four years and four months before maturity. Find the proceeds of the note.

Use the exact method to compute the proceeds of a non-interest-bearing note for $5640.00 six years and seven months before the due date, if money is worth 7.25% p.a. compounded annually.

Scheduled debt payments of $1500.00 due seven months ago, $1200.00 due two months ago, and $1800.00 due in five months are to be settled by two equal payments now and three months from now respectively. Determine the size of the equal replacement payments at 9% p.a. compounded monthly.

On April 15, 2005, a ten-year note dated June 15, 2001, is discounted at 8.2% compounded quarterly. If the face value of the note is $4000.00 and interest is 7.2% compounded quarterly, find the compound discount.

Debts of $2800.00 due three months from now and $4600.00 due twenty-one months from now are to be settled by two equal payments due in three months and nine months from now respectively. Determine the size of the equal replacement payments if interest is 5.5% p.a. compounded quarterly.

Calculate the proceeds of $5000.00 due in five years, nine months discounted at 8.0% compounded semi-annually.

A debt can be repaid by payments of $1000.00 today, and $3000.00 in two years . What single payment would settle the debt three years from now if money is worth 16% p.a. compounded semi-annually?

Debts of $400.00, $450.00 and $500.00 are due in one year, eighteen months and thirty months from now respectively. Determine the single payment now that would settle the debts if interest is 8% p.a. compounded quarterly.

A debt payment in the amount of $2000.00 due today, is to be settled by a payment of $1500.00 nine months from now and a final payment in 18 months. Determine the size of the final payment if the money is worth 12% p.a. compounded quarterly. Use the Banker's Method.

A note dated May 1, 2011 promises the payment of $5660.00 with interest at 6.5% p.a. compounded semi-annually on November 1, 2015. Find the proceeds of the sale of the note on May 1, 2013 if money was then worth 7.2% p.a. compounded monthly.

Loans of $1600.00, $8300.00, and $12100.00 are due now, in four years, and in seven years respectively. What is the equivalent single sum of money due three and a half years from now if interest is 10.8% compounded monthly?

A debt of $5000.00 is to be repaid by payments of $2000.00 after two years, $2500.00 after three years and a final payment after five years. Determine the size of the final payment if interest is 10% p.a. compounded semi-annually.

A debt can be repaid by payments of $4125.00 today, $3770.00 in two years and $5600.00 in five years. What single payment would settle the debt three years from now if money is worth 9.88% p.a. compounded quarterly?

An seven-year promissory note for $31 000 dated May 2, 2002, bearing interest at 8% compounded quarterly, is discounted on September 2, 2005, at 8.5% compounded semi-annually. Determine the proceeds of the note.