Question

In: Accounting

Entity A sold Product C to Entity B for many years. In order to expand its...

Entity A sold Product C to Entity B for many years. In order to expand its market, recently, Entity A promoted a new product, i.e. Product D. On 1 January 2020, Entity A sold 20,000 units of Product D to Entity B at a price of $88 per unit. Cash was received when control of products transferred to Entity B.

According to the contract between Entity A and Entity B, Entity A agreed with Entity B returning unused products at full price within 2 months, i.e. on or before 29 February 2020.  The costs of each Product C and Product D are $55 and $48 respectively.

Entity A learnt much experience in selling Product C with different customers and estimated that 6% of Product C was commonly returned by Entity B. However, Product D is a new product, therefore Entity A did not have such experience on selling Product D. Based on the good business relationship with Entity B, Entity A estimated the return rate of Product D as a triple of the return rate of Product C.

On 29 February 2020, Entity B returned 1,600 units of Product D to Entity A. Due to a cash shortage, Entity A only repaid $50,000 back to Entity B and promised to settle the unpaid balance on or before 31 March 2020. Finally, Entity A only settled 80% of the unpaid balance on 31 March 2020.

REQUIRED:

Provide journal entries for Product D from 1 January 2020 to 31 March 2020 in accordance with relevant accounting standards.

ACCOUNT NAMES FOR INPUT:

| Road roller | Plant | Machine | Motor van | Land | Building | Inventory | Intangible assets |

| Bank | Payable | Receivable | Other income | Other expense | Interest expense | Interest revenue |

| Depreciation | Accum. depreciation | Impairment loss | Reversal of impairment loss | Goodwill |

| Loss on disposal | Gain on disposal | Restoration liability | Revaluation surplus | Revaluation deficit |

| Asset for product to be returned | Commission expense | Commission revenue | Revenue |

| Cost of sales | Refund liability | Contract asset | Contract liability | Retained earnings | No entry |

ANSWERS:

Journal Entries:

Date Account Name Debit ($) Credit ($)
1-Jan-20 Blank 1 Blank 2
Blank 3 Blank 4
Blank 5 Blank 6
Blank 7 Blank 8
Blank 9 Blank 10
Blank 11 Blank 12
Blank 13 Blank 14
Blank 15 Blank 16
29-Feb-20 Blank 17 Blank 18
Blank 19 Blank 20
Blank 21 Blank 22
Blank 23 Blank 24
Blank 25 Blank 26
29-Feb-20 Blank 27 Blank 28
Blank 29 Blank 30
Blank 31 Blank 32
Blank 33 Blank 34
Blank 35 Blank 36
31-Mar-20 Blank 37 Blank 38
Blank 39 Blank 40
Blank 41 Blank 42
Blank 43 Blank 44

Solutions

Expert Solution

Journal Entries for Product D in the Books of Entity A
Date Account Name Debit $ Credit $
01-Jan-20 Cash 1760000 (20000 Units * $88)
To Sales 1760000
(To record sales of Product D to Entity B)
01-Jan-20 Sales Returns 316800 (20000 units * 18% * $88)
To Provision for Sales Returns 316800
(To record provision for sales return)
29-Feb-20 Provision for Sales Returns 140800 (1600 units *$88)
To Cash 50000
To Entity B 90800
(To record sales return)
29-Feb-20 Provision for Sales Return 176000 ($316800 -$140800)
To Sales Returns 176000
(To record reversal of provision for sales returns)
31-Mar-20 Entity B 72640 ($90800 * 80%)
To Cash 72640
(To record settlement of sales returns)

Related Solutions

XYZ wants to expand its operations by adding another product, which will be a 5-years project...
XYZ wants to expand its operations by adding another product, which will be a 5-years project with an investment cost of $115,000. If XYZ borrowed $115,000 at a yearly interest rate of 12% for 6 years, generate the loan amortization table (starting balance, interest payment, principal payment, ending balance) if they want to pay off the loan at the end of year 5. Show your calculations.
If MR > MC, output should a. expand. b. contract. c. remain constant. d. expand or...
If MR > MC, output should a. expand. b. contract. c. remain constant. d. expand or contract depending on whether P > AC.
Genes A, B, and C are linked on a chromosome and found in the order A-B-C....
Genes A, B, and C are linked on a chromosome and found in the order A-B-C. Genes A and B recombine with a frequency of 9%, and genes B and C recombine at a frequency of 26%. For the cross a +b +c/abc+ × abc/abc, predict the frequency of progeny. Assume interference is zero. A) Predict the frequency of a+b+c progeny. Enter your answer to four decimal places (example 0.2356 or 0.2300). B) Predict the frequency of abc+ progeny. Enter...
Genes A, B, and C are linked on a chromosome and found in the order A-B-C....
Genes A, B, and C are linked on a chromosome and found in the order A-B-C. Genes A and B recombine with a frequency of 9%, and genes B and C recombine at a frequency of 22%. For the cross a +b +c/abc+ × abc/abc, predict the frequency of progeny. Assume interference is zero. a)Predict the frequency of a+b+c progeny. Enter your answer to four decimal places (example 0.2356 or 0.2300). B) Predict the frequency of abc+progeny. Enter your answer...
Genes A, B, and C are linked on a chromosome and found in the order A-B-C....
Genes A, B, and C are linked on a chromosome and found in the order A-B-C. Genes A and B recombine with a frequency of 6%, and genes B and C recombine at a frequency of 26%. For the cross a + b + c/abc + × abc/abc, predict the frequency of progeny. Assume interference is zero. a. Predict the frequency of a+b+c progeny. b. Predict the frequency of abc+progeny. c. Predict the frequency of a+bc+progeny d. Predict the frequency...
A company sells two products, A and B. Product A Product B Produced and sold 8.000...
A company sells two products, A and B. Product A Product B Produced and sold 8.000 units 16.000 units Sale price per unit 65 52 Variable cost per unit 35 30 Fixed cost per unit 15 15 Fixed cost is divided in a traditional way, based on the produced quantity. The company started to design a new product C to replace product B. The company could sell 11.000 units of product C with a selling price of 80 per unit....
Q1. OO company decided to expand its production and in order to do so it will...
Q1. OO company decided to expand its production and in order to do so it will issue new equity. The days before actual public announcement, the stock price decreases on an unusual high number of large sell orders. This is an example of a. Weak market efficiency. b. Semi-strong market efficiency. c. Strong market efficiency. d. Very strong market efficiency. e.​None of the above, this is normal market behavior. Q2. Angel investors (“Sharks”) and Venture Capital investors are examples of...
In order to expand its bottled water business, a local company is considering the acquisition of...
In order to expand its bottled water business, a local company is considering the acquisition of additional equipment. It plans to buy the equipment. The total cost of the equipment (as one initial payment at the beginning of the project) is $200,500. During the time span of its use, the equipment is expected to produce net cash inflows of $67,000 each year. The equipment is expected to be used for 4 years, then re-sold in the used-equipment market for $25,000....
A product, sold seasonably, yields a net profit of b dollars for each unit sold and...
A product, sold seasonably, yields a net profit of b dollars for each unit sold and a net loss of l dollars for each unit left unsold when the season ends. The number of units of the product that are ordered at a specific department store during any season is a random variable having probability mass function p(i), i ≥ 0. If s is the total number of units stocked, find the expected profit for this product as a function...
The following reactions take place in a batch reactor: A+B--> C (desired product) B+C-->D (hazardous product)...
The following reactions take place in a batch reactor: A+B--> C (desired product) B+C-->D (hazardous product) As the reaction proceeds, D builds up in the reactor and could cause an explosion if its concentration exceeds 15 mol/L. To ensure the safety of the plant personnel, the reaction is quenched (e.g., by cooling the reactor contents to a low temperature) and the products are extracted when the concentration of D reaches 10mol/L. The concentration of C is measured in real-time, and...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT