Answer:
$574.71 billion.
Explanation:
The formula for calculating amount of deposits is as follows:
where,
D = Deposits
rr = required reserve rate
ER/D = excess reserve rate
C/D = non-bank currency to deposits
D = 574.712644
D = 574.71
Therefore, the amount of deposits is $574.71 billion.
Answer:
D : All options are correct
Explanation:
- The marginal buyer is the essence of demand curve while marginal seller is essence of supply curve.
- @ Q = 500 units, Selling Price is set at SP = $35
- @ Q = 500 units, Buying Price is set at BP = $40
- Since, SP ≠ BP our equilibrium price would be $ 37.5 assuming the price elasticity of demand and supply are equal. In any case the equilibrium price would lie in between [ 35 , 40 ] such that to prevent a shortage of units in near future.
- Moreover, if the seller decides to sell at price $35 then he must sell goods greater than 500 units to reach the equilibrium profits. However, it could also lead to excess of units or surplus.
- We see that from selling the goods at SP = $35 while the buyer is willing to pay BP = $40 for 500 goods, the seller would be under-profiting and would be earning $5*500 = $2,500 less than he would at equilibrium price of $40 and selling units greater than 500. Hence, 500 goods is not an efficient quantity of goods.
Let's analyze in the case of manufacturer's emission that cause polution
Usually, these pollution-producing companies are regulated to pay several amount of money in order to rehabilitate the environment that caused by their harmful material.
This is really inefficient , if they have to repair it, why allow them to destroy the environment in the first place ?
That's how emission standards could reduce the inefficiency
Answer:
Purchase= 14,500 pounds
Explanation:
Giving the following information:
the total pounds needed for production in the current period is 14,000. Beginning inventory= 2,000 pounds
Desired ending inventory= 2,500 pounds
To calculate the direct material purchase, we need to use the following formula:
Purchase= direct material for the period + desired ending inventory - beginning inventory
Purchase= 14,000 + 2,500 - 2,000
Purchase= 14,500 pounds
