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BlackZzzverrR [31]
3 years ago
14

Each of the following independent events requires a year-end adjusting entry. Show how each event and its related adjusting entr

y affect the accounting equation. Assume a December 31 closing date. The first event is recorded as an example. (Do not round intermediate calculations. Enter any decreases to account balances with a minus sign.)
1. Paid $6,300 cash in advance on April 1 for a one-year insurance policy.
2. Received a $15,300 cash advance for a contract to provide services in the future. The contract required a one-year commitment starting September 1.
3. Purchased $1,750 of supplies on account. At year’s end, $130 of supplies remained on hand.
4. Paid $6,300 cash in advance on March 1 for a one-year lease on office space.
Business
1 answer:
Tatiana [17]3 years ago
7 0

Answer:

1. Prepaid insurance (Dr.) $6,300

  Cash (Cr.) $6,300

2. Cash (Dr.) $15,300

   Unearned Income (Cr.) $15,300

3. Purchases (Dr.) $1,750

   Accounts payable (Cr.) $1,750

   Cost of Goods Sold (Dr.) $1,620

   Ending Inventory (Dr.) $130

   Purchases (Cr.) $1,750

4. Prepaid office rent (Dr.) $6,300

   Cash (Cr.) $6,300

Explanation:

The adjusting entry is a journal entry recorded at end of accounting period to adjust events or transactions to comply with the accrual concept.

The closing entries are journal entries required to close a transaction or event in the period. The purpose is to follow matching concept of accounting.

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A farm is currently producing at point C on this curve.
lord [1]

Answer:

the farm would face trade offs in production of apples or oranges

Explanation:

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8 0
4 years ago
A circuit board manufacturer estimates the yearly demand to be 1,000,000. It costs $400 to set up the 3D printer for the circuit
EleoNora [17]

Answer:

The manufacturer have to produce 20,000 circuit boards per run with 50 production runs

Explanation:

Let x = number of circuit boards to be produced

An average of x/2 circuit boards are stored throughout the year at a cost of $2 each;

so annual storage cost = x/2*2 = x

Note: it costs $10 each to produce x circuit boards and $400 to set up

Therefore, The cost per run = 10x + 400

The 1,000,000 circuit boards at x circuit board per run would require 1000000/x runs.

Therefore, production costs = cost per run * production run

production costs = (10x + 400)*(1000000/x) = 10,000,000 + 400,000,000/x

Total cost C = storage cost + production cost

C = x + 10,000,000 + 400,000,000/x

Set c to zero and differentiate c with respect to x

0=1+0-400,000,000/x²

Therefore x = 20,000

Number of circuit boards that should be produced to minimize cost is 20,000

While the production runs needed = 1,000,000/x = 1,000,000/20,000= 50

The manufacturer have to produce 20,000 circuit boards per run with 50 production runs

4 0
3 years ago
Read 2 more answers
Mauro Products distributes a single product, a woven basket whose selling price is $13 per unit and whose variable expense is $1
Ira Lisetskai [31]

Answer:

Break-even point in unit sales = 2,300 units

Break-even point in dollar sales = $29,908.97 (Approx)

New break-even point in unit sales = 2,600 units

New break-even point in dollar sales = $33,810.14 (Approx)

Explanation:

Given:

Selling price = $13 per unit

Variable expense = $11 per unit

Fixed expense = $4,600

Computation:

Break-even point in unit sales = Fixed expense / [Selling price - Variable expense]

Break-even point in unit sales = 4,600 [13-11]

Break-even point in unit sales = 2,300 units

Contribution margin = [(13-11)] / 13 = 15.38%

Break-even point in dollar sales =  Fixed expense / Contribution margin

Break-even point in dollar sales = $4,600 / 15.38%

Break-even point in dollar sales = $29,908.97 (Approx)

New break-even point in unit sales = [4,600+600][13-11]

New break-even point in unit sales = 2,600 units

New break-even point in dollar sales =  Fixed expense / Contribution margin

New break-even point in dollar sales = $5,200 / 15.38%

New break-even point in dollar sales = $33,810.14 (Approx)

4 0
3 years ago
A manager states that his process is really working well. Out of 1,500 parts, 1,477 were produced free of a particular defect an
worty [1.4K]

Answer:

, other things being equal?DPMO= # of defects/# of opportunities for error per unit x # of units (1,000,000)DPMO= 23/1500 x 1,000,000 or DPMO= 23/1,500,000,000 or DPMO= 1.53The 1.53 is within the target specification of Six Sigma. This performance is rated as within limits means the process is working well. The product is within the limits of the defects allowed based off the1500 parts or the “four defects per million units

Explanation:

5 0
4 years ago
McCue Inc.'s bonds currently sell for $1,250. They pay a $90 annual coupon, have a 25-year maturity, and a $1,000 par value, but
ratelena [41]

Answer:

YTM = 6.88%.

YTC = 4.26%.

Explanation:

a. Calculation of Yield to Maturity (YTM)

The bond's Yield to Maturity can be calculated using the following RATE function in Excel:

YTM = RATE(nper,pmt,-pv,fv) .............(1)

Where;

YTM = yield to maturity = ?

nper = number of periods = number of years to maturity = 25

pmt = annual coupon payment = $90 = 90

pv = present value = current bond price = $1,250 = 1250

fv = face value or par value of the bond = 1000

Substituting the values into equation (1), we have:

YTM = RATE(25,90,-1250,1000) ............ (2)

Inputting =RATE(25,90,-1250,1000) into excel (Note: as done in the attached excel file), the YTM is obtained as 6.88%.

Therefore, YTM is 6.88%.

b. Calculation of Yield to Call (YTC)

The bond's Yield to call can be calculated using the following RATE function in Excel:

YTC = RATE(nper,pmt,-pv,fv) .....................(3)

Where;

YTM = yield to call = ?

nper = number of periods = number of years to call = 5

pmt = annual coupon payment = $90 = 90

pv = present value = current bond price = $1,250 = 1250

fv = future value of the bond or the amount at which the bond can be called = $1,050 = 1050

Substituting the values into equation (3), we have:

YTM = RATE(5,90,-1250,1050) ............ (4)

Inputting =RATE(5,90,-1250,1050) into excel (Note: as done in the attached excel file), the YTC is obtained as 4.26%.

Therefore, YTC is 4.26%.

Download xlsx
6 0
3 years ago
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