In: Accounting
July 1. Mr. Burns issued $600,000, 10 years (semi annual payments) coupon rate of 10%, market rate of 12%. Mr. Smithers gave this bond the code name Bond #1July 1. Mr. Burns issued $600,000, 10 years (semi annual payments) coupon rate of 10%, market rate of 12%. Mr. Smithers gave this bond the code name Bond #1
32. December 31: Mr. Burns made interest payment on Bond #1. Use effective interest method. The payments are considered to be ordinary annuities
Interest Expense
Discount on Bonds Payable
Cash
Figures in $
Face value of the bond | 600,000 | |||||||
Term | 10 years | |||||||
Coupon rate | 10% (paid semiannually) | |||||||
Market rate | 12% | |||||||
Because the given bond's coupon rate is less than the market rate, the bond is issued at a discount price. | ||||||||
In order to find the discounted price of the bond, we will use the following inputs | ||||||||
Future value (FV) | 600,000 | |||||||
No. of period (n) (being semiannual) | 20 | |||||||
Discounting rate (market rate) (r) (for 6 months) | 6% | |||||||
Coupon payments rate (C) (for 6 months) | 5% | |||||||
Therefore, applying the present value formula : PV = C*(1-(1+r)^-n)/r + FV/(1+r)^n, we get the discounted value as 531,180.4727 | ||||||||
Discount on the bond = Face value - Present value (issue price) | ||||||||
600,000 - 531,180.4727 | 68819.5273 | |||||||
Interest expense = Present value * market yield | ||||||||
531,180.4727 * 6% (semiannual) | 31870.82836 | |||||||
Cash = Discounted value (present value) | 531,180.47 | |||||||
(It is the amount that will be paid for the purchase of the bond) |