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2 years ago

(Economics)How is the equilibrium price found using a supply and demand graph

1 answer:

7 0

On a graph, the point where the supply curve (S) and the demand curve (D) intersect is the equilibrium. ... At any other price, the quantity demanded does not equal the quantity supplied, so the market is not in equilibrium at that price.

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that means simply your a business man seller

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2 years ago

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A job applicant identifies preparing contract documents for construction managers as something the applicant considers

babunello [35]

Answer:

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1 year ago

Huai takes out a $3,600 student loan at 6.6% to help him with 2 years of community college. After finishing the 2 years, he tran

Alja [10]

Answer:

a. The monthly payment on loan 1 is $76.03.

b. The monthly payment on loan 2 is $411.69.

Explanation:

a. Calculate the monthly payment on loan 1.

To determine the amount of periodic payments, the present value of annuity formula should be used:

$PV=P(\frac{1-(1+r)^{-n} }{r} )$

Where:

PV= present value

p=periodic payment

i=rate of interest

n=number of periods

We get the data for this exercise:

PV= 3,600 (loan).

p= unknown (we must find this value)

i= 6.6% or 0.066. However, because we need to know the monthly payment, the interest rate should be divided by 12 (0.066 / 12).

n= 4 years and 7 months, that is 55 months.

And we replace in the formula:

$3600=P(\frac{1-(1+\frac{0.066}{12})^{-55} }{\frac{0.066}{12} } )$

$3600=P(\frac{1-(1+0.055)^{-55} }{0.0055} )$

$3600=P(\frac{1-(0.7395812268)}{0.0055} )$

$3600=P(\frac{0.2604187732}{0.0055} )$

$3600=P(47.348867)$

Therefore:

$P=\frac{3600}{47.348867}$

$P=76.03$

The monthly payment on loan 1 is $76.03.

b. Calculate the monthly payment on loan 2.

We get the data for this exercise:

PV= 11,600 (loan 2).

p= unknown (we must find this value)

i= 7.3% or 0.073. However, because we need to know the monthly payment, the interest rate should be divided by 12 (0.073 / 12).

n= 2 years and 7 months, that is 31 months.

And we replace in the formula:

$11600=P(\frac{1-(1+\frac{0.073}{12})^{-31} }{\frac{0.073}{12} } )$

$11600=P(\frac{1-(1+0.006083)^{-31} }{0.006083} )$

$11600=P(\frac{1-(0.8286047296)}{0.006083} )$

$11600=P(\frac{0.1713952704}{0.006083} )$

$11600=P(28.1761088936)$

Therefore:

$P=\frac{11600}{28.1761088936}$

$P=411.69$

The monthly payment on loan 2 is $411.69.

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3 years ago

When marginal cost exceeds average total cost:

gtnhenbr [62]

Answer:

B) average total cost must be rising

Explanation:

Marginal cost is the rate at which total variable cost increases when one more unit is produces.

So when marginal cost is larger than average cost, it means that total average costs must be increasing.

For example, we have the following production costs:

total costs = $100
units produced = 20 units
total average costs = $5 per unit

If the marginal cost of producing 1 more unit is $6, then the total costs will be $106 and the total average cost will be $5.05 per unit (= $106 / 21 units).

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2 years ago

HURRY!!!!!!!!!!!!!!!!!!!!!

max2010maxim [7]

TRUE ITS TRUEEE. ITS TRUEEEEEEEEEEEE

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2 years ago