Question

In: Accounting

Question 2 ABC Inc. had a new plant constructed having 10-year life and zero salvage value....

Question 2

ABC Inc. had a new plant constructed having 10-year life and zero salvage value. In order to raise the funds required for the project, the company issued 10-year 8% $1,000 bonds in the market with a total face value of $13,560,000. The market rate was 5% and interest was payable on June 30 and December 31. The plant was funded from the proceeds obtained by issuing the bonds. ABC Inc. uses IFRS for financial reporting purposes.

Required: Use this information to answer Questions (i) - (iv) below.

i] Determine the issue price of the bonds. Prepare the journal entries, in proper format, required on January 1, 2016 to record the issue of the bonds. Show your work in detail.

ii] Prepare the journal entries, in proper format, required on December 31, 2018, to record the interest on the bond issue.

Iii] Determine the amounts of the bond payable outstanding on December 31, 2016 and show, in good format, how it will be reported.

Now, assume that on January 1, 2019, ABC Inc. retires 30% of the bonds payable. The bond holders agree to accept, instead of cash, 20 common shares in exchange for each $1,000 bond. The shares of ABC Inc. were being traded on that date at $65 per share. There is no interest due on the bonds as all interest was already recorded/paid on December 31, 2018.

iv] Prepare the journal entry as at January 1, 2019, to record this transaction as per IFRS requirements.

HINT: It would be helpful to prepare a bond amortization table.

Solutions

Expert Solution

i) Issue price of the bonds: semi-annual int. * PVIFA(2.5%,20) + Par value * PVIF(2.5%,20)

=(13560000*4%*15.5892) + (13560000*0.6103)

=16731250

Issued at premium = 16731250-13560000=3171250

Amortisation table:

Date

Cash Int.

Int. exp.

Pre amortised

Carrying Value

1/1/2016

16731250

6/30/2016

542400

418281

124119

16607131

12/31/2016

542400

415178

127222

16479910

6/30/2017

542400

411998

130402

16349507

12/31/2017

542400

408738

133662

16215845

6/30/2018

542400

405396

137004

16078841

12/31/2018

542400

401971

140429

15938412

i & ii) Journal Entries:

Date

Acc Titles

Dr. $

Cr. $

1/1/2016

Cash

16731250

Bond Payable

13560000

Premium on Bond Payable

3171250

(issued bonds on premium)

12/31/2018

Interest expense

401971

Premium on Bond Payable

140429

Cash

542400

(payment of the interest & premium amortised)

iii) Presentation of outstanding Bonds Payable:

Balance Sheet (abstract) at Dec 31,2016:

Liabilities (long term):

Bonds Payable

13560000

Add:Premium on BP

2919910

(16479910-13560000)

Total Bonds Payable

16479910

iv) Journal entry:

Date

Acc Titles

Dr. $

Cr. $

1/1/2019

Bonds Payable

4068000

(13560000*0.3)

Premium on Bond Payable

713523.6

(15938412-13560000)*0.3

Loss on conversion into CS

506876.4

(balancing figure)

Common Shares (no par)

5288400

(4068000*20*65/1000)

(retirement of 30% of Bonds through conversion

into 20 common shares @ $65 per share per bond)


Related Solutions

Question: A machine costing $212,600 with a four-year life and an estimated $19,000 salvage value is...
Question: A machine costing $212,600 with a four-year life and an estimated $19,000 salvage value is installed in Luther Company's factory on January 1. The factory manager estimates the machine will produce 484,000 units of product during its life. It actually produces the following units: 122,100 in 1st year, 123,800 in 2nd year, 120,300 in 3rd year, 127,800 in 4th year. The total number of units produced by the end of year 4 exceeds the original estimate - this difference...
Each alternative has a 10-year useful life and no salvage value. Construct a choice table for...
Each alternative has a 10-year useful life and no salvage value. Construct a choice table for interest rates from 0% to 30% in increments of 5%, if doing nothing is allowed. A B C Initial cost $1,500 $1,000 $2,035 Annual benefit for first 5 years $250 $250 $650 Annual benefit for subsequent 5 years $450 $250 $145                This is Engineering Economics
Net cost of new equipment: 1,000,000 life: 10 years, no salvage value, straight line depreciation Forecasted...
Net cost of new equipment: 1,000,000 life: 10 years, no salvage value, straight line depreciation Forecasted sales volume: 10,000 units per year variable costs: 60 dollars per unit fixed: 30 dollars per unit 150,000 per year Taxes are 40% and cost of capital is 14% Break even sales are said to be 8,333.3. Sales are expected to be 10,000 units and project is expected to generate net income of 30,000 per year. You are told it should be accepted. Revenue...
An asset costs $10,000 and has a depreciable life of 10 years and a salvage value...
An asset costs $10,000 and has a depreciable life of 10 years and a salvage value of $3,000. Determine the book (asset) value at the end of the 9th year using each of the following methods of depreciation (a) double-declining-balance method (b) textbook-declining-balance method (Matheson formula), and (c) sum-of-years’ digits method.
A company installed a piece of equipment with a 5-year life and no salvage value. The...
A company installed a piece of equipment with a 5-year life and no salvage value. The new equipment costs $500,000 and will generate $150,000 in savings each year. Old equipment with a book value of $50,000 and a remaining life of 2 years was sold for $20,000. No changes in working capital are anticipated. The effective income tax rate is 40%. The total initial investment for the new equipment is a. $450,000. b. $468,000. c. $500,000. d. $550,000.
(10 pts) Brower, Inc. just constructed a manufacturing plant in Europe. The construction cost 10 million...
(10 pts) Brower, Inc. just constructed a manufacturing plant in Europe. The construction cost 10 million Euros. Brower intends to leave the plant open for three years. During the three years of operation, Euro cash flows are expected to be 1 million euros, 2 million euros, and 3 million euros, respectively. Operating cash flows will begin one year from today and are remitted back to the parent at the end of each year. At the end of the third year,...
Equipment costing $590,000 with an expected useful life of 10 years and an expected salvage value...
Equipment costing $590,000 with an expected useful life of 10 years and an expected salvage value of $40,000, was purchased at the beginning of the year. Calculate the depreciation expense for the first five years using: (a) Sum-of-the-years' digits method. Do not round until final calculation. Round answers to the nearest whole number. (b) Double-declining balance method (without straight-line switchover). Do not round until final calculation. Round answers to the nearest whole number.
Equipment costing $540,000 with an expected useful life of 10 years and an expected salvage value...
Equipment costing $540,000 with an expected useful life of 10 years and an expected salvage value of $40,000, was purchased at the beginning of the year. Calculate the depreciation expense for the first five years using: (a) Sum-of-the-years' digits method. Do not round until final calculation. Round answers to the nearest whole number. Year 1 $Answer Year 2 $Answer Year 3 $Answer Year 4 $Answer Year 5 $Answer (b) Double-declining balance method (without straight-line switchover). Do not round until final...
Equipment with a ten-year estimated useful life and no salvage value is sold at the end...
Equipment with a ten-year estimated useful life and no salvage value is sold at the end of the third year of its useful life. How would using the straight-line method of depreciation instead of the double-declining balance method of depreciation affect revenues and expenses?
A machine costing $214,800 with a four-year life and an estimated $20,000 salvage value is installed...
A machine costing $214,800 with a four-year life and an estimated $20,000 salvage value is installed in Luther Company’s factory on January 1. The factory manager estimates the machine will produce 487,000 units of product during its life. It actually produces the following units: 121,800 in 1st year, 122,600 in 2nd year, 121,500 in 3rd year, 131,100 in 4th year. The total number of units produced by the end of year 4 exceeds the original estimate—this difference was not predicted....
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT