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damaskus [11]
3 years ago
8

You win the lottery and must decide how to take the payout. use an 8% discount rate. what is the present value of $10,000 a year

received at the end of each of the next nine years? $45,000

Business
1 answer:
Rama09 [41]3 years ago
8 0
For compounding interest, there is a formula relating the present worth (P) with the annuity (A). This is shown in the picture. The 'i' is the effective interest rate while n is the time. You should make sure that you are consistent with the units. If your time is in terms of years, your interest should be in terms of percent per year compounded yearly. Moreover, your annuity should be per yearly basis. In this case, it is already consistent so we don't need to convert. Substituting the values,

P = 10,000[(1.08^9-1)/(0.08*1.08^9)]
P = $62,468.88

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a.

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5 0
3 years ago
Assume that a manufacturing company incurred the following costs: Direct labor $ 90,000 Advertising $ 40,000 Factory supervision
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3 years ago
Consider a palletizer at a bottling plant that has a fi rst cost of $150,000, operating and maintenance costs of $17,500 per yea
pshichka [43]

Answer:

Annual equivalent cost of the investment = $30,603.43 per annum

Explanation:

<em>Equivalent Annual cost is the Present Value of the total cost over the investment period divided by the appropriate annuity factor.</em>

<em>Step 1 </em>

<em>PV of cash flows</em>

PV of first cost =  150,000

<em>PV of annual maintenance cost of $17,500</em>

= 17,500× (1-(1+0.08)^(-30))/0.08

= 197,011.21

<em>PV of salvage value</em>

$25,000 × (1+0.08)^(-30)

= 2,484.43

<em>PV of net total cost </em>

= 197,011.21  +150,000 - 2,484.43

=  344,526.78

Step 2

<em>Determine the annuity factor for 30 years at 8%</em>

(1-(1+0.08)^(-30))/0.08

=11.2577

Step 3

<em>Equivalent annual cost</em>

= 344,526.78 / 11.2577

<em> =$30,603.43</em>

Annual equivalent cost of the investment = $30,603.43 per annum

6 0
3 years ago
The Eccleston Company has the following budgeted sales: January $40,000, February $60,000, and March $50,000. 40% of the sales a
Sophie [7]

Answer:

B) $50,000

Explanation:

Month         total sales                $ collected                   outstanding credit

January      $40,000                 $16,000                                 $24,000

February    $60,000      $24,000 + $12,000                   $12,000 + $36,000          

March         $50,000   $20,000 + $12,000 + $18,000    $18,000 + $30,000

during March, Eccleston should collect ($50,000 x 40% from current sales) + ($24,000 x 50% from January) + ($36,000 x 50% from February) = $20,000 + $12,000 + $18,000 = $50,000

8 0
3 years ago
Two firms,A and B,each currently dump 50 tons of chemicals into the local river.The government has decided to reduce the polluti
Viefleur [7K]

Answer:

Firm A will spend $4,000.

Explanation:

The chemical dumped into the river daily by

Firm A = 50 ton

Firm B = 50 ton

ATQ,

The clean-up cost of Firm B before getting into the river = $50 per ton.

= $50 x 50tons = $2500.

2). Pollution rate as per government = $75 per ton

No. of permits = 40

= $75 x 40

= $3000

As we know,

The clean-up cost of Firm B is lesser than the cost of pollution permits with $500($3000 - $2500). Cleaning up the pollution would be best because it is a cheaper alternative..

The  cleanup cost of Firm A per ton = $100 per ton.

= $100 x 50tons

= $5000

2). Pollution rate as per the govt. = $75 per ton

= $75 x 40 permits

= $3000.

The clean-up cost of Firm A is greater than the cost of pollution permits with $2000. Thus, the cleaning up the pollution would cost more for Firm A. Thus, they must go for purchasing the permits.

3). Purchasing 40 pollution permits  would cost

= $100 x 40

= $4000.

8 0
3 years ago
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