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VARVARA [1.3K]
3 years ago
5

What is the most important value adding service criteria?

Business
1 answer:
frozen [14]3 years ago
8 0

Answer:

functional value, monetary value, social value, and psychological value

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Three different companies each purchased trucks on January 1, 2018, for $56,000. Each truck was expected to last four years or 2
katrin2010 [14]

Answer:

1. Company A, Retained earnings = $32,000

2. Company B, Retained earnings = $42.000

3. Company C, Retained earnings = $30,024

Explanation:

Requirement 1

<em>Company A</em> = Straight-line depreciation method

We know, Depreciation expense under straight-line depreciation method = (Purchase value of truck - Salvage value) ÷ useful life.

Depreciation expense = ($56,000 - $4,000) ÷ 4

Depreciation expense = $13,000

We know that under straight-line depreciation method, depreciation expense remains same in each year. That means, 2021 depreciation expense = $13,000

Net Income in 2021 = Total revenue - Depreciation expense (assume there is no other expenses)

Net Income in 2021 = $45,000 - $13,000 = $32,000

Therefore, Retained earnings = Beginning retained earnings of 2021 + net income - dividend. (Assume there is no dividend and beginning retained earnings).

Retained earnings = 0 + $32,000 - 0 = $32,000

Requirement 2

<em>Company B</em> = Double-declining depreciation method

We know, Depreciation expense under straight-line depreciation method = (Purchase value of truck ÷ useful life) × 2.

Depreciation expense = ($56,000 ÷ 4) × 2.

Depreciation expense for 2018 = $28,000

We know that under double-declining depreciation method, depreciation expense changes in each year. Therefore, we have to calculate 2019-2021 depreciation expense.

2019 depreciation expense = ($56,000 - 28,000) × 2/4

2019 depreciation expense = $28,000 × 2/4 = $14,000

Book value of truck = $28,000 - $14,000 = $14,000

2020 depreciation expense = $14,000 × 2/4 = $7,000

2021 depreciation expense = $(14,000 - $7,000) × 2/4 = $3,500.

As it is higher than the salvage value, we have to take <em>$3,000 as depreciation expense for 2021</em>. The calculation has been given below:

Total Accumulated depreciation = $28,000 + $14,000 + $7,000 + $3,500 = $52,500

Cost price = $56,000

Salvage value = $4,000

Therefore, book value = $56,000 - $52,500 = $3,500. It exceeds the salvage value, therefore, we have to deduct 500 to keep the expense same.

Net Income in 2021 = Total revenue - Depreciation expense (assume there is no other expenses)

Net Income in 2021 = $45,000 - $3,000 = $42,000

Therefore, Retained earnings = Beginning retained earnings of 2021 + net income - dividend. (Assume there is no dividend and beginning retained earnings).

Retained earnings = 0 + $42,000 - 0 = $42,000

Requirement 3

<em>Company C</em> = units-of-production depreciation method

We know, Depreciation expense rate under units-of-production depreciation method = (Purchase value of truck - Salvage value) ÷ useful usage.

Depreciation expense rate = ($56,000 - $4,000) ÷ 250,000

Depreciation expense rate = $0.208

Depreciation expense for 2021 = $0.208 × 72,000 miles = $14,976

Net Income in 2021 = Total revenue - Depreciation expense (assume there is no other expenses)

Net Income in 2021 = $45,000 - $14,976 = $30,024

Therefore, Retained earnings = Beginning retained earnings of 2021 + net income - dividend. (Assume there is no dividend and beginning retained earnings).

Retained earnings = 0 + $30,024 - 0 = $30,024

3 0
4 years ago
Hassock Corp. produces woven wall hangings. It takes 3 hours of direct labor to produce a single wall hanging. Hassock standard
NISA [10]

Answer:

Direct labor time (efficiency) variance= $2,080 unfavorable

Explanation:

Giving the following information:

Standard= 3 hours of direct labor per unit

The standard labor cost is $13 per hour.

During August, Hassock produced 9,000 units and used 27,160 hours

<u>To calculate the direct labor efficiency variance, we need to use the following formula:</u>

Direct labor time (efficiency) variance= (Standard Quantity - Actual Quantity)*standard rate

Direct labor time (efficiency) variance= (3*9,000 - 27,160)*13

Direct labor time (efficiency) variance= $2,080 unfavorable

5 0
3 years ago
On November 10th, Easton Company sold the Y Company stock for $31 per share. On December 15th, Z Company paid dividends of $0.12
AysviL [449]

Answer:

Find attached complete part  of the question.

The unrealized gains is $3500

Explanation:

Y stock has been disposed and its gains or losses are now realized, and it is not applicable to our computation now.

Unrealized gains or losses is the difference between purchase price of a stock and its current market price

Stock X=($43-$40)*1500=$4500 gains

Stock Z=($21-$22)*1000=-$1000 losses

So unrealized gains overall =$4500-$1000

     unrealized gains =$3500

Note that the price of stock X  has risen to $43 from initial $40 while that of company  Z has fallen to$21 from the initial $22.

I

Download xlsx
3 0
3 years ago
April runs a small shop where she provides a service. She is able to process an average of 11 customers per hour. An average of
professor190 [17]

Answer:

5. Po= 0.36

6. Pn = 0.04

7. 0.16

8. 1.11

9. 1.75

10. 9.9

Explanation:

5. Computation for the probability that April will not be working with a customer

Using this formula

Po=1-(Average number of arrival per hour/Average number of customer served per hour)

Let plug in the formula

Po= 1-(7/11 )

Po=1-0.64

Po= 0.36

Therefore the probability that April will not be working with a customer will be 0.36

6. Calculation for the probability of 5 customers in the system

Using this formula

Pn= (Average number of arrival per hour/Average number of customer served per hour)* Po

Let plug in the formula

Pn= (7/11)^5* 0.36

Pn=0.104358*0.36

Pn=0.037

Pn = 0.04 (Approximately)

Therefore the probability of 5 customers in the system will be 0.04

7. Calculation for the average time a customer spends waiting in line

Time spend Waiting in line=7^2/11(11 – 7) /7

Time spend Waiting in line=(49/44)/7

Time spend Waiting in line = 1.11/7

Time spend Waiting in line= 0.16

Therefore the average time a customer spends waiting in line will be 0.16

8. Calculation for the average number of customers waiting in line

Customers waiting in line = 7^2/11(11 – 7)

Customers waiting in line=49/44

Customers waiting in line= 1.11

Therefore the average number of customers waiting in line will be 1.11

9. Calculation for the average number of customers in the system

Average customers in the system= 1.11 +(7/11)

Average customers in the system= 1.11 +0.64

Average customers in the system = 1.75

Therefore the average number of customers in the system will be 1.75

10. Calculation for the arrival rate in order for April to stay that busy

Arrival rate = 0.9 * 11

Arrival rate = 9.9

Therefore the arrival rate in order for April to stay that busy will be 9.9

4 0
3 years ago
Luis has $170,000 in his retirement account at his present company. Because he is assuming a position with another company, Luis
serious [3.7K]

Answer:

Luis will have $ 1,153,675.657524 in his account at the time of his retirement.

Explanation:

Acording to the data Luis has $170,000 in his retirement account

His current account after 30 years at 4.5% compounded quarterly will be

Current account = $ 170,000(1 + (0.045/4))^(4*30)

Current account = $ 650,838.260724

Acording to the data Luis also plans to put $2000/quarter into the new account until his retirement 30 years from now.

The future value (FV) of the account will be

FV = 2000[(1 + (0.045/4))^(4*30) -1] / (0.045/4)  0.01125

FV = $ 502,837.3968

Therefore, to calculate how much will Luis have in his account at the time of his retirement we have to calculate the following:

Total amount = Current account+FV

Total amount = $ 650,838.260724 +  $ 502,837.3968

Total amount = $ 1,153,675.657524

Luis will have $ 1,153,675.657524 in his account at the time of his retirement.

4 0
4 years ago
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