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3 years ago

If average total cost is rising, then marginal cost is

Business

1 answer:

Shalnov [3]3 years ago

7 0

Answer:

a. greater than average total cost.

Explanation:

Average total cost is the cost of a unit output of goods that is being produced. Total Cost is the addition of all the cost of production which include total fixed cost and the total variable cost. Average Total cost is equal to total cost divided by total number of output.

Marginal Cost This is the change in the opportunity cost when an additional unit is added for production, it is the cost of producing one additional unit of goods.

Therefore, when the average cost of production is increasing, the marginal cost is greater than average cost, and when the average cost is decreasing the marginal cost is less than average cost. Also when the average cost is neither increasing nor decreasing, the marginal cost will be equal to average cost.

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When the price of a bond is above the equilibrium price, there is excess ___ in the bond market and the price will ___.

Setler [38]

C. When price is too high, people are less willing to purchase the good, so demand is lower when price is higher. (Demand curve is always slopping downwards as a result). As the price is high, producers are more willing to sell their goods (I.e. bonds) which will give them more money per unit good being sold. This will result in Quantity Supplied (Qs) being greater than Quantity Demanded (Qd), and so, there is a surplus of bonds in the market. This will cause a downward pressure to apply on price, so that Qd = Qs eventually.

Hope this helps!

8 0

3 years ago

An oil and gas producing company owns 42,000 acres of land in a southeastern state. It operates 630 wells which produce 18,000 b

valkas [14]

Answer:

The bid amount should be $13,200,264.

Explanation:

An oil and gas producing company owns 42,000 acres of land in a southeastern state.

It operates 630 wells which produce 18,000 barrels of oil per year and 1.7 million cubic feet of natural gas per year.

The revenue from the oil is $1,800,000 per year and for natural gas the annual revenue is $581,000 per year.

Total Annual Revenue

= Revenue from oil + Revenue from gas

= $1,800,000 + $581,000

= $2,381,000

The bid amount should be the present worth of total annual revenue.

Present Worth of total annual revenue

= $Revenue \times\ \frac{( 1 + i )^{n} -1 }{i (1 + i)^{n} }$

= $$2,381,000\ \times\ \frac{( 1 + 0.11 )^{9} -1 }{0.11 × (1 + 0.11)^{9} }$

= $$2,381,000\ \times\ \frac{( 1.11 )^{9} -1 }{0.11 × (1.11)^{9} }$

= $$2,381,000\ \times\ \frac{2.5580 - 1 }{0.11 × 2.5580 }$

= $$2,381,000\ \times\ \frac{1.5580 }{0.281}$

= $$2,381,000\ \times\ 5.544$

= $13,200,264

7 0

3 years ago

If marginal cost becomes higher than price, what happens to a company

juin [17]

Increase price value profit becomes higher than price, what happens to a company

5 0

2 years ago

An increase in the real wage rate ________ the quantity of labor demanded, ______ the quantity of labor supplied, and when the l

svlad2 [7]

An increase in the real wage rate decreases the quantity of labor demanded, increases the quantity of labor supplied, and when the labor market is in equilibrium, equates demand and supply of labor.

Real Wage Rate in economics refers to the result obtained by dividing the nominal wage rate by the prices of goods.

It is used as a more accurate measure of how much the spending power and is also an indicator of the standard of living of workers.

Learn more about real wage rate at:
brainly.com/question/6342231

7 0

2 years ago

BE6.10 (LO 4) Henry Quincy wants to withdraw $30,000 each year for 10 years from a fund that earns 8% interest. How much must he

marin [14]

Answer:

$201,302

Explanation:

Calculation for How much must he invest today if the first withdrawal is at year-end

First step is to calculate (FVF-OAn,i) using financial calculation

R = 30,000

n = 10

i = 8%

(FVF-OAn,i)=(6.71008)

Now let calculate the amount to be Invested today using this formula

Investment today = R (FVF-OAn,i)

Let plug in the formula

Investment today= 30,000 (6.71008)

Investment today = $201,302

Therefore the amount he must invest today if the first withdrawal is at year-end is $201,302

3 0

2 years ago