The carrying value of the bond at the time of retirement. Given information: Company issued bonds worth $4,500,000. Term period for conversion is 5 years Interest is payable semi-annually each January 1 and July 1. Market rate of interest is 10%. Bonds retired at the value of $4,000,000.

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Answer 1

Question

Chapter 14, Problem 14.12E

a.

To determine

The carrying value of the bond at the time of retirement.

Given information:

Company issued bonds worth $4,500,000.

Term period for conversion is 5 years

Interest is payable semi-annually each January 1 and July 1.

Market rate of interest is 10%.

Bonds retired at the value of $4,000,000.

b.

To determine

To prepare: The journal for recording early retirement of bond at the end of the third year.

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Students have asked these similar questions

Suppose you take out a five-year car loan for $14000, paying an annual interest rate of 4%. You make monthly payments of $258 for this loan. Complete the table below as you pay off the loan. Months Amount still owed 4% Interest on amount still owed (Remember to divide by 12 for monthly interest) Amount of monthly payment that goes toward paying off the loan (after paying interest) 0 14000 1 2 3 + LO 5 6 7 8 9 10 10 11 12 What is the total amount paid in interest over this first year of the loan?

Suppose you take out a five-year car loan for $12000, paying an annual interest rate of 3%. You make monthly payments of $216 for this loan. mocars Getting started (month 0): Here is how the process works. When you buy the car, right at month 0, you owe the full $12000. Applying the 3% interest to this (3% is "3 per $100" or "0.03 per $1"), you would owe 0.03*$12000 = $360 for the year. Since this is a monthly loan, we divide this by 12 to find the interest payment of $30 for the month. You pay $216 for the month, so $30 of your payment goes toward interest (and is never seen again...), and (216-30) = $186 pays down your loan. (Month 1): You just paid down $186 off your loan, so you now owe $11814 for the car. Using a similar process, you would owe 0.03* $11814 = $354.42 for the year, so (dividing by 12), you owe $29.54 in interest for the month. This means that of your $216 monthly payment, $29.54 goes toward interest and $186.46 pays down your loan. The values from above are included…

Suppose you have an investment account that earns an annual 9% interest rate, compounded monthly. It took $500 to open the account, so your opening balance is $500. You choose to make fixed monthly payments of $230 to the account each month. Complete the table below to track your savings growth. Months Amount in account (Principal) 9% Interest gained (Remember to divide by 12 for monthly interest) Monthly Payment 1 2 3 $500 $230 $230 $230 $230 + $230 $230 10 6 $230 $230 8 9 $230 $230 10 $230 11 $230 12 What is the total amount gained in interest over this first year of this investment plan?

Answer 2

Question

Chapter 14, Problem 14.12E

a.

To determine

The carrying value of the bond at the time of retirement.

Given information:

Company issued bonds worth $4,500,000.

Term period for conversion is 5 years

Interest is payable semi-annually each January 1 and July 1.

Market rate of interest is 10%.

Bonds retired at the value of $4,000,000.

b.

To determine

To prepare: The journal for recording early retirement of bond at the end of the third year.

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Answer 3

Question

Chapter 14, Problem 14.12E

a.

To determine

The carrying value of the bond at the time of retirement.

Given information:

Company issued bonds worth $4,500,000.

Term period for conversion is 5 years

Interest is payable semi-annually each January 1 and July 1.

Market rate of interest is 10%.

Bonds retired at the value of $4,000,000.

b.

To determine

To prepare: The journal for recording early retirement of bond at the end of the third year.

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Answer 4

Question

Chapter 14, Problem 14.12E

a.

To determine

The carrying value of the bond at the time of retirement.

Given information:

Company issued bonds worth $4,500,000.

Term period for conversion is 5 years

Interest is payable semi-annually each January 1 and July 1.

Market rate of interest is 10%.

Bonds retired at the value of $4,000,000.

b.

To determine

To prepare: The journal for recording early retirement of bond at the end of the third year.

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Answer 5

Chapter 14, Problem 14.12E

a.

To determine

The carrying value of the bond at the time of retirement.

Given information:

Company issued bonds worth $4,500,000.

Term period for conversion is 5 years

Interest is payable semi-annually each January 1 and July 1.

Market rate of interest is 10%.

Bonds retired at the value of $4,000,000.

b.

To determine

To prepare: The journal for recording early retirement of bond at the end of the third year.

Answer 6

Chapter 14, Problem 14.12E

a.

To determine

The carrying value of the bond at the time of retirement.

Given information:

Company issued bonds worth $4,500,000.

Term period for conversion is 5 years

Interest is payable semi-annually each January 1 and July 1.

Market rate of interest is 10%.

Bonds retired at the value of $4,000,000.

Answer 7

Chapter 14, Problem 14.12E

a.

To determine

The carrying value of the bond at the time of retirement.

Given information:

Company issued bonds worth $4,500,000.

Term period for conversion is 5 years

Interest is payable semi-annually each January 1 and July 1.

Market rate of interest is 10%.

Bonds retired at the value of $4,000,000.

Answer 8

b.

To determine

To prepare: The journal for recording early retirement of bond at the end of the third year.

Answer 9

b.

To determine

To prepare: The journal for recording early retirement of bond at the end of the third year.

Answer 10

Expert Solution & Answer

Answer 11

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Answer 12

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Answer 13

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The carrying value of the bond at the time of retirement. Given information: Company issued bonds worth $4,500,000. Term period for conversion is 5 years Interest is payable semi-annually each January 1 and July 1. Market rate of interest is 10%. Bonds retired at the value of $4,000,000.

Solution Summary: The author calculates the carrying value of the bond at the time of retirement by multiplying the historical market rate of interest by the beginning balance of debt.

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The carrying value of the bond at the time of retirement.

Given information:

Company issued bonds worth $4,500,000.

Term period for conversion is 5 years

Interest is payable semi-annually each January 1 and July 1.

Market rate of interest is 10%.

Bonds retired at the value of $4,000,000.

To prepare: The journal for recording early retirement of bond at the end of the third year.

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Chapter 14 Solutions