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Nezavi [6.7K]
3 years ago
5

You want to buy a new sports coupe for $84,500, and the finance office at the dealership has quoted you an apr of 6.6 percent fo

r a 48 month loan to buy the car. what will your monthly payments be?
Business
1 answer:
Margaret [11]3 years ago
8 0

Answer: The monthly payment will be $2007.81.

We have:

Cost of the sports coupe (PV)                     $84,500

Annual Percentage Rate (APR)                         6.6%

Loan tenure in months (n)                                    48

We can find the monthly payment by using the Present value of an annuity formula:

\mathbf{PV_{Annuity}= PMT * \left ( \frac{1-(1+r)^{-n}}{r} \right )}

Since APR is a yearly number, we need to convert it into a monthly rate.

So , r = \frac{0.066}{12} = 0.0055

Plugging values in the PV formula above we get,

\mathbf{84500 = PMT * \left ( \frac{1-(1+0.0055)^{-48}}{0.0055} \right )}

\mathbf{84500 = PMT * \left ( \frac{1-0.768529253}{0.0055} \right )}

\mathbf{84500 = PMT * \left ( \frac{0.231470747}{0.0055} \right )}

\mathbf{84500 = PMT * 42.08559028}

\mathbf{\frac{84500}{42.08559028}= PMT}

\mathbf{PMT = 2007.813112}



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Production used 2.5 labor hours per finished unit, and the company actually paid $21 per hour, totaling $52.50 per unit of finis
jeka94

Answer:

Direct labor rate variance= (Standard Rate - Actual Rate)*Actual hours

Explanation:

Giving the following information:

The production used 2.5 labor hours per finished unit, and the company paid $21 per hour, totaling $52.50 per unit of finished product.

<u>We weren't provided with enough information to solve the problem. We need estimated production hours and rates. But, I can leave the formula to solve it.</u>

To calculate direct labor rate variance, we need to use the following formula:

Direct labor rate variance= (Standard Rate - Actual Rate)*Actual Hours

3 0
3 years ago
What is the equation for Student Loan Payments? ( Economics and Finances)
Rufina [12.5K]

Answer:

p= r(PV)

    ---------

    1-(1+)^-n

p=Payment

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n=number of periods

Explanation:

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6 0
2 years ago
Charles Berkle is the manager of Nogain Manufacturing and is interested in doing a cost of quality analysis. The following cost
Georgia [21]

Explanation:

a. The classification is shown below:

Prevention cost: This cost incurred so that the faults, or defects could be minimized as compare to before. It includes the machine maintenance expense i.e $3,000

Appraisal cost: This cost incurred specially to meet the quality of the customer expectations. It is a quality control cost. It includes the inspection cost of $15,000

Internal failure: This cost is occurred before delivery the product from the factory. It includes  Scrap and rework of $8,600 and Machine breakdown cost of $4,000  

External failure: This cost is occurred after delivery the product. It includes the warranty expense of $21,000, product return due to defects of $6,000 and Estimated lost sales due to poor quality of $5,000

b. Now the percentage is

= (Prevention and appraisal cost) ÷ (Sales revenue) × 100

= ($3,000 + $15,000) ÷ ($250,000) × 100

= 7.2%

c. The percentage is

= (Internal and external failures) ÷ (Sales revenue) × 100

= ($8,600 + $4,000 + $21,000 + $6,000 + $5,000) ÷ ($250,000) × 100

= 17.84%

Below is the attachment for cost of quality report

7 0
3 years ago
Need help on some questions.. easy points...
lilavasa [31]

11. Prioritizing steps to solve the problem.

12. Addressing the cause of the problem

13. To reach fair negotiations with all concerned parties.

I'm not 100% certain on these answers but I hope I help to my best ability.

3 0
3 years ago
Read 2 more answers
A firm is considering a simple investment project. If it goes forward, then the firm must pay $900 now, but it receives a paymen
kiruha [24]

Answer:

a) scenario A NPV positive 28.68, scenario B NPV Negative 16.16, scenario C NPV positive 664.92, scenario D NPV positive 889.72 (b) The scenario with the highest positive NPV is the most profitable (c) The scenario B with the interest rate of 17% has Negative NPV of 16.16 produces less investment (d) The scenario C with the highest interest rate of 20% has the positive NPV of 664.92 he scenario D with the highest interest rate of 20% has the highest positive NPV of 889.72, produces more investment

Explanation:

Calculation of Discount Factor

Effective rate for scenario C and D

Using the formula (1 + m/1 + i)∧n - 1 Where i = rate of inflation, m = cost of capital, n = numbers of years

For C since interest rate = 20% = 20÷100 = 0.2, since rate of inflation = 2% = 2÷100 = 0.02

(1 + 0.2/1 + 0.02)∧n - 1

= 1.2 /1.02 -1

=1.1764 -1

=0.1764 ×100 = 17.64%

Discount Factor for C using the formula ( 1 + r)∧-n -1/ r since n = 3 ,r = 0.1764

= ( 1 + 0.2)∧-3 - 1/ 0.1764

= (1.2)∧-3 -1/0.1764

=0.5787 -1

= 0.4213÷ 0.1764

= 2.3883

For D Effective rate

( 1 + 0.2)∧n - 1/(1 + 0.05)

= 1.2/1.05 -1

=1.1428 -1

= 0.1428 × 100 = 14.28%

DF for D

= (1 + 0.2)∧-3 -1 / 0.1428

=0.5787 -1 = 0.4213

=0.4213÷0.1428

=2.9503

DF for year 1 and 2 for C and D

Using the formula ( 1 + r) ∧-n

( 1 + 0.2)∧-1 = ( 1.2)∧-1 = 0.83

(1 + 0.2)∧-2 = (1.2)∧-2 = 0.694

DF for scenario A For year 1 -3 using ( 1+ r)∧-n

= ( 1 + 0.14)∧-1 = (1.14)∧-1 = 0.8772

= (1+0.14)∧-2 = (1.14)∧-2 = 0.7695

=(1+0.14)∧-3 = (1.14)∧-3 = 0.6750

DF for scenario B using the same formula

=( 1 + 0.17)∧-1 =(1.17)∧-1 = 0.8547

=(1+0.17)∧-2 = (1.17)∧-2 = 0.7305

=(1 + 0.17)∧-3 = (1.17)∧-3 = 0.6244

Scenario A

Year. C.F. DF PV

$ $

0. 900 1 (900)

1 400 0.8772 350.88

2 400 0.7695 307.8

3 400 0.6750 270

-----------

NPV positive 28.68

-------------

Workings = C F × DF = PV

Scenario B

Year. CF DF PV

$ $

0 900 1 (900)

1. 400 0.8547 341.88

2 400 0.7305 292.2

3. 400 0.6244 249.76

-------------

NPV Negative 16.16

------------------

Scenario C

Year CF DF PV

$ $

0 900 1 (900)

1 400 0.83 332

2 400 0.694 277.6

1-3 400 2.3883. 955.32

----- ---------

NPV positive 664.92

----------------

Scenario D

Year CF DF PV

$ $

0 900 1 (900)

1 400 0.83 332

2. 400 0.694 277.6

1-3 400 2.9503 1,180.12

---------------

NPV positive 889.72

-----------------

6 0
3 years ago
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