In: Accounting
Bond Premium, Entries for Bonds Payable Transactions
Campbell Inc. produces and sells outdoor equipment. On July 1, Year 1, Campbell issued $46,900,000 of 10-year, 13% bonds at a market (effective) interest rate of 11%, receiving cash of $52,504,770. Interest on the bonds is payable semiannually on December 31 and June 30. The fiscal year of the company is the calendar year.
Required:
If an amount box does not require an entry, leave it blank.
1. Journalize the entry to record the amount of cash proceeds from the issuance of the bonds on July 1, Year 1.
Cash | |||
Premium on Bonds Payable | |||
Bonds Payable |
2. Journalize the entries to record the following:
a. The first semiannual interest payment on December 31, Year 1, and the amortization of the bond premium, using the straight-line method. (Round to the nearest dollar.)
Interest Expense | |||
Premium on Bonds Payable | |||
Cash |
Feedback
Bonds Payable is always recorded at face value. Any difference in issue price is reflected in a premium or discount account.
The straight-line method of amortization provides equal amounts of amortization over the life of the bond.
Learning Objective 2.
b. The interest payment on June 30, Year 2, and the amortization of the bond premium, using the straight-line method. (Round to the nearest dollar.)
Interest Expense | |||
Premium on Bonds Payable | |||
Cash |
Feedback
Bonds Payable is always recorded at face value. Any difference in issue price is reflected in a premium or discount account.
The straight-line method of amortization provides equal amounts of amortization over the life of the bond.
Learning Objective 2.
3. Determine the total interest expense for
Year 1. Round to the nearest dollar.
$
4. Will the bond proceeds always be greater
than the face amount of the bonds when the contract rate is greater
than the market rate of interest?
Yes
5. Compute the price of $52,504,770 received for the bonds by using Exhibit 5 and Exhibit 7. (Round to the nearest dollar.) Your total may vary slightly from the price given due to rounding differences.
Present value of the face amount | $ |
Present value of the semi-annual interest payments | $ |
Price received for the bonds | $ |
General Ledger too!!!!
Formula sheet
A | B | C | D | E | F | G | H |
2 | Face Value of the Bond | 46900000 | |||||
3 | Bonds issued at | 52504770 | |||||
4 | Coupon (Semi-annual) | 0.13 | |||||
5 | Semi-annual coupon payment | =D2*D4/2 | |||||
6 | Period (years) | 10 | |||||
7 | Effective interest rate | 0.11 | |||||
8 | PV of bond | =-PV(D7/2,D6*2,D5,D2) | |||||
9 | |||||||
10 | 1) | ||||||
11 | |||||||
12 | Journal entry to record bond issue: | ||||||
13 | Date | Journal Entry | Debit | Credit | |||
14 | 7/1/20X1 | Cash | =D3 | ||||
15 | Bonds Payable | =D2 | |||||
16 | Premium of Bonds Payable | =E14-F15 | |||||
17 | |||||||
18 | 2) | ||||||
19 | |||||||
20 | Straight Line Amortization: | ||||||
21 | In Straight Line Amortization, same amount of amortization is done each period. | ||||||
22 | Given the following data: | ||||||
23 | Premium on Bond Payable | =F16 | |||||
24 | Total number of semiannual period | =D6*2 | |||||
25 | Amortization per semiannual period | =Premium on Bond Payable / Total number of periods | |||||
26 | =D23/D24 | ||||||
27 | |||||||
28 | Amortization Table | ||||||
29 | Year | Coupon Payment (@6.5% of face value) | Interest Expense | Amortization of Bond premium | BV of Bond | ||
30 | 7/1/20X1 | =D3 | |||||
31 | 12/31/20X1 | =$D$5 | =D31-F31 | =D26 | =G30-F31 | ||
32 | 6/30/20X2 | =$D$5 | =D32-F32 | =D26 | =G31-F32 | ||
33 | |||||||
34 | Journal Entry: | ||||||
35 | Date | Journal Entry | Debit | Credit | |||
36 | |||||||
37 | 12/31/20X1 | Interest Expense | =E31 | ||||
38 | Premium of Bonds Payable | =F31 | |||||
39 | Cash | =E37+E38 | |||||
40 | |||||||
41 | 6/30/20X2 | Interest Expense | =E32 | ||||
42 | Premium of Bonds Payable | =F32 | |||||
43 | Cash | =E41+E42 | |||||
44 | |||||||
45 | 3) | ||||||
46 | |||||||
47 | Total interest expense in Year 1 | =E31 | |||||
48 | |||||||
49 | 4) | ||||||
50 | Bond proceed is the present value of future cash flows and lower the interest rate higher will be the present value. | ||||||
51 | Therefore, Bond proceed will always be greater than the face value when the contract rate is higher than the market interest rate. | ||||||
52 | |||||||
53 | 5) | ||||||
54 | Present value of the face amount | =$46,900,000*(P/F,5.5%,20) | |||||
55 | =D2*(1/((1+D7/2)^(D6*2))) | =D2*(1/((1+D7/2)^(D6*2))) | |||||
56 | |||||||
57 | Present value of the semi-annual interest payments | =$3,048,500*(P/A,5.5%,20) | |||||
58 | =D5*PV(D7/2,D6*2,-1,0) | =D5*PV(D7/2,D6*2,-1,0) | |||||
59 | |||||||
60 | Price received for the bonds | =D55+D58 | =D55+D58 | ||||
61 |