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Angelina_Jolie [31]
4 years ago
7

Cash Payback Period, Net Present Value Method, and Analysis

Business
1 answer:
Digiron [165]4 years ago
8 0

Answer:

Plant Expansion

Cash payback period = 2 years

NPV = $304,707.24

Retail Store Expansion

Cash payback period = 2 years

NPV = $309,744.42

Explanation:

Cash payback period measures how long it takes for the amount invested in a project to be recovered from the cumulative cash flows.

Cash payback for the Plant Expansion

Amount invested = $-900,000

Amount recovered in the first year = $-900,000 + $450,000 = $-450,000

Amount recovered in the second year = $-450,000 + $450,000 = 0

The amount invested in the project is recovered In the second year. So, the cash payback period is 2 years.

Cash payback for the Retail Store Expansion

Amount invested = $-900,000

Amount recovered in the first year = $-900,000 + $500,000 = $-400,000

Amount recovered in the second year = $-400,000 + $400,000 = 0

The amount invested in the project is recovered In the second year. So, the cash payback period is 2 years.

The net present value is the present value of after tax cash flows from an investment less the amount invested.

NPV can be calculated using a financial calculator:

Plant Expansion

Cash flow in year 0 = $-900,000

Cash flow in year 1 = $450,000

Cash flow in year 2 = $450,000

Cash flow in year 3 = $340,000

Cash flow in year 4 = $280,000

Cash flow in year 5 = $180,000

I = 15%

NPV = $304,707.24

Retail Store Expansion

Cash flow in year 0 = $-900,000

Cash flow in year 1 = $500,000

Cash flow in year 2 = $400,000

Cash flow in year 3 = $350,000

Cash flow in year 4 = $250,000

Cash flow in year 5 = $200,000

I = 15%

NPV = $309,744.42

To find the NPV using a financial calacutor:

1. Input the cash flow values by pressing the CF button. After inputting the value, press enter and the arrow facing a downward direction.

2. After inputting all the cash flows, press the NPV button, input the value for I, press enter and the arrow facing a downward direction.

3. Press compute

I hope my answer helps you

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Answer:

$1,067,477.62

Explanation:

A fix Payment for a specified period of time is called annuity. The discounting of these payment on a specified rate is known as present value of annuity.

Formula for Present value of annuity is as follow

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PV of annuity = $100,000 x [ ( 1- ( 1+ 8% )^-5 ) / 8% ]

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According to my calculations, in order to be able to withdraw $100,000 from an annuity earning 8% at the end of each of the next 25 years, the amount you would need to deposit now would be $1,067,477.62.

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Answer:

everyone is willing to pay the taxes to receive the benefits.

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Taxation can be defined as the involuntary or compulsory fees levied on individuals or business entities by the government to generate revenues used for funding public institutions and activities.

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A Lindahl equilibrium can be defined as an economic state in which there is a production of an optimal quantity of public goods and the cost of these goods is shared in a fair manner among everybody. It was developed by Erik Lindahl.

In a Lindahl equilibrium everyone is willing to pay the taxes to receive the benefits.

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Units Unit Cost Inventory, Jan. 1 8,000 $11 Purchase, June 19 13,000 12 Purchase, Nov. 8 5,000 13 If 9,000 units are on hand at
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Answer:

The answer is: $100,000

Explanation:

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We were given the following data:

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  • June 19: 13,000 purchased at $12 per unit
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If the ending inventory had 9,000 units, then its total cost is:

Ending inventory = (8,000 units x $11 per unit) + (1,000 units x $12 per unit)

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Are the costs of transforming direct materials into finished goods.
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First deposit will be made one year from today, and the last deposit will be made on the day she retires. Her first withdrawal w
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Answer:

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Amount needed on the retirement date in order to support the withdrawals post retirement is $2,343,311.99.

calculated using the PV function of Excel as follows: See the first attached file

The amount to be deposited each year till retirement is $2,287.31.

calculated using PMT function of Excel as follows: See attache file 2

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