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ELEN [110]
3 years ago
5

Taylor Company issued $100,000 of 13% bonds on January 1, 2019. The bonds pay interest semiannually on June 30 and December 31 a

nd are due December 31, 2021.1. Assume the company sells the bonds for $102,458.71 to yield 12%. Prepare the journal entries to record the sale of the bonds and each 2019 semiannual interest payment and premium amortization, using the effective interest method.2. Assume the company sells the bonds for $97,616.71 to yield 14%. Prepare the journal entries to record the sale of the bonds and each 2019 semiannual interest payment and discount amortization, using the effective interest method.
Business
1 answer:
lord [1]3 years ago
6 0

Answer:

1. Assume the company sells the bonds for $102,458.71 to yield 12%. Prepare the journal entries to record the sale of the bonds and each 2019 semiannual interest payment and premium amortization, using the effective interest method.

January 1, 2019, bonds issued at a premium

Dr Cash 102,458.71

    Cr Bonds payable 100,000

    Cr Premium on bonds payable 2,458.71

June 30, first coupon payment

Dr Interest expense 6,147.52

Dr Premium on bonds payable 352.48

    Cr Cash 6,500

December 31, second coupon payment

Dr Interest expense 6,126.37

Dr Premium on bonds payable 373.63

    Cr Cash 6,500

amortization of bond premium = ($102,458.71 x 6%) - $6,500 = -$352.48

amortization of bond premium = ($102,106.23 x 6%) - $6,500 = -$373.63

2. Assume the company sells the bonds for $97,616.71 to yield 14%. Prepare the journal entries to record the sale of the bonds and each 2019 semiannual interest payment and discount amortization, using the effective interest method.

January 1, 2019, bonds issued at a discount

Dr Cash 97,616.71

Dr Discount on bonds payable 2,383.29

    Cr Bonds payable 100,000

   

June 30, first coupon payment

Dr Interest expense 6,833.17

    Cr Cash 6,500

    Cr Discount on bonds payable 333.17

December 31, second coupon payment

Dr Interest expense 6,856.49

    Cr Cash 6,500

    Cr Discount on bonds payable 356.49

amortization of bond discount = ($97,616.71 x 7%) - $6,500 = $333.17

amortization of bond discount = ($97,949.88 x 7%) - $6,500 = $356.49

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Dennis_Churaev [7]

Answer:

Return on assets  =  10.87 %

Return on assets  =  11.42%

Return on assets  =  12.51 %

Explanation:

given data

arithmetic average return = 13.60 percent = 0.1360

geometric return = 10.44 percent = 0.1044

observation period N = 30 years

solution

we will use here Blume formula for return of the asset  for 5 , 10 and 20 year

Return on assets = Arithmetic average return × (N - T) ÷ (N - 1) + Geometric average × (T - 1) ÷ (N - 1)   ....................1

here N is observation period and t is time period i.e 5, 10 and 20

put here value for all 3 we get

Return on assets = \frac{5-1}{30-1}*0.1360 +\frac{30-5}{30-1}*0.1044  

Return on assets  = 0.108759 = 10.87 %

and

Return on assets  = \frac{10-1}{30-1}*0.1360 +\frac{30-10}{30-1}*0.1044

Return on assets  = 0.114207 = 11.42%

and

Return on assets  =  \frac{20-1}{30-1}*0.1360 +\frac{30-20}{30-1}*0.1044

Return on assets  = 0.125103 = 12.51 %

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3 years ago
What is the standard deviation of a portfolio of two stocks given the following data: Stock A has a standard deviation of 18%. S
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Answer:

Stock B has a standard deviation of 14%. The portfolio contains 40% of stock A, and the correlation coefficient between the two stocks is -.23. A) 9.7% B)

Explanation:

Stock B has a standard deviation of 14%. The portfolio contains 40% of stock A, the portfolio contains 60% of stock B, and the correlation coefficient between the two stocks is -.23. A. 9.7% B. 12.2% C. 14% ... The standard deviation of return on investment A is .10, while the standard deviation of return on investment B is .05.

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Suppose the real risk-free rate is 3.50%, the average future inflation rate is 2.25%, and a maturity premium of 0.10% per year t
podryga [215]

Answer:

5.85%

Explanation:

Suppose the real risk-free rate is 3.50%,  the average future inflation rate is 2.25%, and a maturity premium of 0.10% per year to maturity applies, i.e., MRP = 0.10%(t), where t is the years to maturity.  What rate of return would you expect on a 1-year Treasury security, assuming the pure expectations theory is NOT valid?   Disregard cross-product terms, i.e., if averaging is required, use the arithmetic average.

a. 5.75%

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c. 5.95%

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r = 3.50% + 2.25% + 0 + 0 + .10% = 5.85%

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You are the executive director of a nonprofit that runs an animal shelter and animal services, such as low-cost spay/neuter prog
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3 years ago
Karl opens a savings account with $2500. He deposits $1500 every year into the account that has a 0.75% interest rate, compounde
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Answer:

Total FV= $29,335.25

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<u>First, we need to calculate the future value of the initial investment ($2,500) using the following formula:</u>

FV= PV*(1 + i)^n

PV= $2,500

i= 0.0075

n=10*12= 120 months

FV= 2,500*(1.0075^120)

FV= $6,128.39

<u>Now, the future value of the $1,500 annual deposit:</u>

FV= {A*[(1+i)^n-1]}/i

A= annual deposit

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Effective annual rate= (1.0075^12) - 1= 0.0938

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FV= $23,206.86

Total FV= $29,335.25

5 0
3 years ago
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