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sweet-ann [11.9K]
3 years ago
8

In the short run, if average variable cost equals $50, average total cost equals $75, and output equals 100, the total fixed cos

t must be
Business
1 answer:
musickatia [10]3 years ago
5 0

Answer: $2500

Explanation:

From the question,

Average variable cost(AVC) = $50

Average total cost (ATC) = $75

Output (Q) = 100

Since Average fixed cost is the difference between the average total cost and the average Variable cost. This will be:

AFC = ATC - AVC

AFC = $75 - $50

AFC = $25

We should note that:

AFC = TFC / Q

TFC = AFC × Q

TFC = $25 × 100

TFC = $2500

Therefore, total fixed cost is $2500

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Market equilibrium Consider the demand function of tofu given by Qd = 150 – 10p + 5pb and the supply function of tofu given by Q
ser-zykov [4K]

Answer:

a) Qs = 50 + 20p - 7ps

= 50 + 20p - 7×(2)

= 50 + 20p - 14

= 36 + 20p

At equilibrium, Q_{d} = Q_{s}

So, 150 - 10p + 5p_{b} = 36 + 20p

So, 20p + 10p = 30p

= 150 - 36 + 5p_{b}

= 114 + 5p_{b}

So, p = (114/30) + (5/30)p_{b}

= 3.8 + 0.17p_{b}

Thus, p_{e} = 3.8 + 0.17p_{b}

Q = 36 + 20p

= 36 + 20(3.8 + 0.17p_{b})

= 36 + 76 + 3.4p_{b}

= 112 + 3.4p_{b}

Thus, Q_{e} = 112 + 3.4p_{b}

b) p_{e} = 3.8 + 0.17p_{b}

= 3.8 + 0.17×(5)

= 3.8 + .85

= 4.65

Q_{e} = 112 + 3.4_{b}

= 112 + 3.4(5)

= 112 + 17

= 129

c) Qd = 150 - 10p + 5pb = 150 - 10(2.5) + 5(5) = 150 - 25 + 25 = 150

Qs = 36 + 20p = 36 + 20(2.5) = 36 + 50 = 86

Thus, there is excess demand as Q_{d} > Q_{s}

d) New Q_{d}= 180 - 10p + 5p_{b}

= 180 - 10p + 5×(5)

= 180 - 10p + 25

= 205 - 10p

Now, new Q_{d} = Q_{s} gives,

205 - 10p = 36 + 20p

So, 20p + 10p = 205 - 36

So, 30p = 169

So, p = 169÷30

So, p_{e} = 5.63

Q = 205 - 10p = 205 - 10×(5.63) = 205 - 56.3 = 148.7

So, Q_{e} = 148.7

6 0
3 years ago
Last year, you earned a rate of return of 11.29 percent on your bond investments. During that time, the inflation rate was 4.6 p
nordsb [41]

Answer:

the real rate of interest of  6.39 %

Explanation:

given,

rate of return on your bond  = 11.29 %

the inflation rate  = 4.6 %

real rate of return = ?

rate of return = (\dfrac{1+ return\ rate}{1 + inflation }-1)\times 100

rate of return = (\dfrac{1+ 0.1129 }{1 + 0.046 }-1)\times 100

rate of return = (\dfrac{1+ 0.1129 }{1 + 0.046 }-1)\times 100

rate of return = (\dfrac{1.1129}{1.046 }-1)\times 100

                    = 6.39 %

the real rate of interest of  6.39 %

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Which of these careers is most likely to be appropriate for a person who values adventure?
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Suppose Potter Ltd. just issued a dividend of $2.50 per share on its common stock. The company paid dividends of $2.00, $2.07, $
Bogdan [553]

Answer:

Explanation:

Using dividend growth model formula for finding dividend per year can be used to find the growth rate per year;

The formula would be D1 = D0(1+g)

and D2 = D1(1+g)

D3 = D2 (1+g)  and so on....

Starting with 2.00 dividend,  <u>growth rate from yr1-yr2;</u>

2.07 = 2.00*(1+g)

Divide both sides by 2.00;

1+g = 2.07/ 2.00

1+g = 1.035

g = 1.035-1

g ( y1-y2) = 0.035 or 3.5%

<u>Growth rate from yr2-yr3;</u>

2.24 = 2.07(1+g)

Divide both sides by 2.07;

2.24/2.07 = 1+g

1.0821 = 1+g

1.0821-1 = g

g= 0.0821 or 8.21%

Therefore, g(y2-y3) = 8.21%

<u>Growth rate from yr3-yr4;</u>

2.34 = 2.24(1+g)

Divide both sides by 2.24;

2.34/2.24 = 1+g

1.0446 = 1+g

1.0446 -1 =g

g =0.0446 or 4.46%

Therefore, g(y3-y4) = 4.46%

<u>Growth rate from yr4-yr5;</u>

2.50 = 2.34(1+g)

2.50/2.34 = 1+g

1.0684 = 1+g

1.0684-1 = g

g=0.0684 or 6.84%

Therefore, g(y4-y5) = 6.84%

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3 years ago
in order to compare the price of gasoline in the 1970s with the price in any other year, you have to adjust for
jok3333 [9.3K]

Answer:

Overall Inflation

Explanation:

In order to compare prices of any good at two different years, you should always adjust for overall inflation. Inflation is the overall increase in value of goods over a period, which means that a unit of currency buys less goods at the current year than it did at the previous year.

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3 years ago
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