Answer:
$100
Explanation:
the marginal product per dollar spent on labor = 40 units / $20 = 2 units per dollar
the marginal product per dollar spent on capital = 60 units / $30 = 2 units per dollar
the marginal product per dollar spent on land = 2 = 200 / $X
$X = 200 / 2 = 100 ⇒ the cost per unit of land is $100
The marginal product per dollar spent on a factor of production (labor, capital or land) is MP(factor)/P(factor). It measures how many additional units of output can be obtained by spending $1 more in a factor of production.
I rather forgot it but i guess its A
Answer:
$7,372.99
Explanation:
Discounting is the method used to determine the present worth of a future amount which compounding is used to determine the future worth of a present amount. The relationship between both is such that;
Fv = Pv(1 + r)^n
where
Fv = future amount
Pv = present amount
r = interest rate and
n = time
The future amount = $11,700
time = 6 years
rate = 8%
$11,700 = Pv(1 + 0.08)^6
Pv = $11,700(1 + 0.08)^-6
Pv = $7,372.99
You need to deposit $7,372.99 today to reach your $11,700 goal in 6 years.
If the reserve ratio is 20% then the amount that a bank would keep in reserves after accepting the demand deposits is $2,000.
<h3>How much would the bank keep?</h3><h3 />
The reserve ratio refers to the percentage of deposits that banks have to keep as reserves in the Fed.
If this rate is 20%, the bank would therefore have to keep:
= 10,000 x 20%
= $2,000
In conclusion, the bank would keep $2,000.
Find out more on the reserve ratio at brainly.com/question/13758092.
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Open market operations involve buying and selling securities to influence the money supply. The correct answer is C.