Paulson Company issues 6%, four-year bonds, on January 1 of this year, with a par value of $90,000 and semiannual interest payments. Semiannual Period-End (0) January 1, issuance (1) June 30, first payment Carrying Value $ 83,467 84,284 (2) December 31, second payment 85,101 Use the above straight-line bond amortization table and prepare journal entries for the following. (a) The issuance of bonds on January 1. (b) The first interest payment on June 30. (c) The second interest payment on December 31. tion list Unamortized Discount $ 6,533 5,716 4,899

Paulson Company issues 6%, four-year bonds, on January 1 of this year, with a par value of $90,000 and semiannual interest payments. Semiannual Period-End (0) January 1, issuance (1) June 30, first payment Carrying Value $ 83,467 84,284 (2) December 31, second payment 85,101 Use the above straight-line bond amortization table and prepare journal entries for the following. (a) The issuance of bonds on January 1. (b) The first interest payment on June 30. (c) The second interest payment on December 31. tion list Unamortized Discount $ 6,533 5,716 4,899

Principles of Accounting Volume 1

19th Edition

ISBN:9781947172685

Author:OpenStax

Publisher:OpenStax

Chapter13: Long-term Liabilities

Section: Chapter Questions

Problem 6PA: Aggies Inc. issued bonds with a $500,000 face value, 10% interest rate, and a 4-year term on July 1,...

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Aggies Inc. issued bonds with a $500,000 face value, 10% interest rate, and a 4-year term on July 1, 2018, and received $540,000. Interest is payable semi-annually. The premium is amortized using the straight-line method. Prepare journal entries for the following transactions. A. July 1, 2018: entry to record issuing the bonds B. Dec. 31, 2018: entry to record payment of interest to bondholders C. Dec. 31, 2018: entry to record amortization of premium
Bats Corporation issued 800,000 of 12% face value bonds for 851,705.70. The bonds were dated and issued on April 1, 2019, are due March 31, 2023, and pay interest semiannually on September 30 and March 31. Bats sold the bonds to yield 10%. Required: 1. Prepare a bond interest expense and premium amortization schedule using the straight-line method. 2. Prepare a bond interest expense and premium amortization schedule using the effective interest method. 3. Prepare any adjusting entries for the end of the fiscal year, December 31, 2019, using the: a. straight-line method of amortization b. effective interest method of amortization 4. Assume the company retires the bonds on June 30, 2020, at 103 plus accrued interest. Prepare the journal entries to record the bond retirement using the: a. straight-line method of amortization b. effective interest method of amortization
Wilbury Corporation issued 1 million of 13.5% bonds for 985,071.68. The bonds are dated and issued October 1, 2019, are due September 30, 2020, and pay interest semiannually on March 31 and September 30. Assume an effective yield rate of 14%. Required: 1. Prepare a bond interest expense and discount amortization schedule using the straight-line method. 2. Prepare a bond interest expense and discount amortization schedule using the effective interest method. 3. Prepare adjusting entries for the end of the fiscal year December 31, 2019, using the: a. straight-line method of amortization b. effective interest method of amortization 4. If income before interest and income taxes of 30% in 2020 is 500,000, compute net income under each alternative. 5. Assume the company retired the bonds on June 30, 2020, at 98 plus accrued interest. Prepare the journal entries to record the bond retirement using the: a. straight line method of amortization b. effective interest method of amortization 6. Compute the companys times interest earned (pretax operating income divided by interest expense) for 2020 under each alternative.
Haiku Inc. issued $600,000 of 10-year bonds with a stated rate of 11% when the market rate was 12%. The bonds pay interest semi-annually. Prepare the first three years of an amortization schedule. Assume that the bonds were issued for $565,710.