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Anon25 [30]
2 years ago
5

Barb bought a house with 20% down and the rest financed by a 30-year mortgage with monthly payments calculated at a nominal annu

al rate of interest 8.4% compounded monthly. She notices that one-third of the way through the mortgage she will still owe 200,000. Determine the purchase price of the house.
Business
1 answer:
lina2011 [118]2 years ago
5 0

Answer:

$282,706

Explanation:

Calculation to Determine the purchase price of the house

First step

In order for us to determine the purchase price of the house we would be using TVM Calculation to find the PMT

Hence,

PMT =

PV = 200,000

FV = 0

N = 240

I = 0.084/12

Thus,PMT = $1,723.01

The Second step will be to Calculate the Loan Amount Using TVM Calculation,

PV =

FV = 0

PMT = -1,723.01

N = 360

I = 0.084/12

Thus, PV = $226,164.98

Last step is to Determine the purchase price of the house

Using this formula

Purchase price=PV/(100%-20% down)

Let plug in the formula

Purchase price =226,164.98/(0.80)

Purchase price = $282,706

Therefore the purchase price of the house will be $282,706

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Answer: Source data automation

Explanation: Source data automation involves inputing data in a digital format from the point of origin. This method makes use of automated methods to collect data directly from the source right at the beginning. And in doing so, this process eliminates any duplicated effort, potential for errors and delays in any unnecessary handling.

4 0
3 years ago
Suppose that preferences over private consumption C and public goods G are such that these two goods are perfect substitutes, th
Temka [501]

Answer:

Please see explanation below.

Explanation:

Public goods are goods consumed collectively, they are provided for all members of a community,

no one can be excluded from their consumption. The consumption by one person does not decrease the consumption possibilities for others. Public goods are available for everybody without paying, and these goods cannot be rationed: they are either provided for the whole community, or for no one. Examples of public goods include the public lighting system, public roads, radio broadcasts, national defence, lighthouses, town pavements, etc.

Private goods, on the other hand, are goods consumed individually, and if a unit has been consumed by

someone, then no one else can also consume the same unit. Private goods are scarcely available, and consuming a unit will decrease the amount available for further consumption. Therefore consumers compete for private goods, i.e. private goods are rival in consumption. Consumers can consume them if they pay the price, non-payers are excluded from consumption.

In the first scenario, given that both the private good and public good are perfect substitutes, the optimum quantity produced by the government is at the point where marginal social cost is equal to the marginal social benefit. This optimum output is lower than that of the private firm because the price of public good is higher than price of private good (since marginal social cost > marginal private cost).

If b increases, that means consumers are willing to give up more units of public goods for one unit of the private good. Therefore, the quantity produced by the government will reduce.

For the second part of the question: C = aG, where a > 0.

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3 years ago
Keenan Industries has a bond outstanding with 15 years to maturity, an 8.25% nominal coupon, semiannual payments, and a $1,000 p
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Answer:

6.52%

Explanation:

For computing the nominal yield to call, first we have to find out the present value by applying the present value formula which is shown in the attachment below:

Future value = $1,000

Rate of interest = 6.50% ÷ 2 = 3.25%

NPER = 15 years  × 2 = 30 years

PMT = $1,000 × 8.25% ÷ 2  = $41.25

The formula is shown below:

= -PV(Rate;NPER;PMT;FV;type)

So, after solving this, the present value is $1,166.09

Now to determine the yield to call we use the RATE formula that is shown in the attachment below:

Present value = $1,166.09

Future value or Face value = $1,120

PMT = $1,000 × 8.25% ÷ 2  = $41.25

NPER = 6 years × 2 = 12 years

The formula is shown below:  

= Rate(NPER;PMT;-PV;FV;type)  

The present value come in negative  

So, after solving this, the bond nominal yield to call is

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8 0
3 years ago
A company assigns overhead using a plantwide rate. If total estimated manufacturing overhead is $900,000 and the total estimated
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Answer:

Overhead  application rate

= <u>Budgeted overhead</u>

  Budgeted machine hours

= <u>$900,000</u>

  30,000 hours

= $30 per machine hour

Overhead cost assigned to the product

= Overhead application rate x Actual machine hours  

= $30 x 12,000 hours

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Explanation:

In this case, there is need to determine the overhead application rate, which is the ratio of budgeted overhead to budgeted machine hours.

Then, we will obtain the overhead cost assigned to the product by multiplying the overhead application rate by actual machine hours.

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2 years ago
The XYZ bank has sold shares of the ABC Company to a client, who plans to hold the shares for a period of time. The securities a
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B) Secondary securities (bank to clients)
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3 years ago
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