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3 years ago

Josh earns $8.25 per hour and works 28 hours per week how much money will Josh earn a year show your work will mark brainiest

1 answer:

4 0

So it’s 8.25 times 28 =231 hours
And there are 356 days in a year so 356 times 231 =82236 and that’s the answer hope I helped and get brainiest answer!

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Shaan and Anita currently insure their cars with separate companies, paying $650 and $575 a year. If they insure both cars with

icang [17]

Answer:

$1615

Explanation:

($575 + 650) 0.10 = $122.50

Find the future value of $122.50

Future value can be calculated using a financial calculator:

$122.50 = PMT

10 = N

6% = I/Y

Press compute then FV

Fv = $1615

I hope my answer helps you

3 0

3 years ago

A current warehouse system has five warehouses with 4,000 units at each warehouse. The company desires to change to three wareho

miskamm [114]

Answer:

Correct option is C.

15492 is the average ware-house inventory level.

Explanation:

A current warehouse system has five warehouses with 4,000 units at each warehouse. The company desires to change to three warehouses to become more centralized and keep the same customer service levels.

Average warehouse inventory levels =4000*5*(3/5)0.5 =15492

3 0

3 years ago

Liberty Insurance Company processes applications forms. The average output in a week is 600 claims. Currently the staff includes

GarryVolchara [31]

Answer:

Output = 600 claims

Input = (18*6*40) + 1200 = $5520

Cost per application = $9.2 is the cost per claim

Productivity ratio = 600 / 5520 = 0.1086

Explanation:

The productivity of the application process = total weekly cost incurred / weekly application output

Here we have average output of 600 application per week

And cost we have,

Total cost = weekly staff cost + weekly cost on computer technology

Weekly staff cost = 40 hours * 6 staff * $18 per hour rate = $ 4,320

Weekly cost on computer technology = $ 1200

Total cost = $4320 + $ 1200 = $5,520

Now productivity = $ 5,520 / 600 application = $ 9.2

Or we can say that it takes $ 9.2 to process one application

(b) Here we have average output of 650 application per week

And cost we have,

Total cost = weekly staff cost + weekly cost on computer technology

Weekly staff cost = 40 hours * 5 staff * $18 per hour rate = $ 3,600 ( assumed that one staff is reduced as one application evaluator is retiring and not replaced)

weekly cost on computer technology = $ 1800

Total cost = $3,600 + $ 1800 = $5,400

Now productivity = $ 5,400 / 650 application = $ 8.31

Or we can say that it takes $ 8.31 to process one application

Percentage change in productivity ={ ($8.31 – $ 9.2 )/ $ 8.31 } * 100 = - 10.71%

Means that the cost has reduced by 10.71 % by the new process

4 0

3 years ago

A firm operated at 80% of capacity for the past year, during which fixed costs were $210,000, variable costs were 70% of sales,

Fittoniya [83]

Answer:

The answer is: $90,000

Explanation:

We must first determine the cost of goods sold:

COGS = variable costs = 70% x 1,000,000

COGS = $700,000

I will assume all fixed costs are operating expenses.

Then we elaborate a simple income statement:

Sales $1,000,000

Gross profit $300,000

<u>Operating expenses ($210,000) </u>

Operating profit $90,000

5 0

3 years ago

You are considering investing $65,000 in new equipment. You estimate that the net cash flows will be $18,000 the first year, but

Alina [70]

Answer:

a. The annual capital cost is $9,798

b. The equivalent annual savings is $27,495

c. The decision is wise

Explanation:

a. In order to calculate the annual capital cost (ownership cost) for the equipment we would have to calculate the following formula:

annual capital cost=P(A/P,i,n)-F(A/F,i,n).........

annual capital cost=$65,000(A/P,9%,10)-$5,000(A/F,9%,10)

=$65,000(0.1558)-$5,000(0.0658)

=$10,127-$329

=$9,798

b. In order to calculate the equivalent annual savings (revenues) we would have to calculate the following formula:

equivalent annual savings=A+G(A/G,i,n).........

equivalent annual savings=$18,000+$2,500(A/G,9%,10)

=$18,000+$2,500(3.798)

=$18,000+$9,495

=$27,495

c. The decision is wise becauste the equivalent annual savings are greater than the annual costs of the equipment.

6 0

3 years ago