Answer:
This question has two requirements answer of each requiremnt is given below.
Dispose of the overhead variance by adjusting Cost of Goods Sold. Adjusted COGS $____
Applied Overhead = 532,000 * 80% =$ 425,600
This show that overhead are over apllied, so
Adjusted COGS = $1,890,000 - (425,600 -423,600)
= $ 1,888,000
Calculate the overhead variance for the year. $____
Overhead variance = Applied Overhead - Actual Overhead
= 425,600 -423,600
= $ 2000 (Favorable variance)
Answer:
A) $800,000
Explanation:
Since the current reserve ratio is 20%, and the bank has no excess reserves, then the maximum it can lend if it receives $1 is $800,000.
The bank has currently $50 million in deposits and $10 million in reserves ($6 million in cash and $4 million in the Fed), so its reserves are exactly 20% of its total deposits. So if any new deposits are received, the bank will have to keep as reserves 20% of it (= $1,000,000 x 20% = $200,000).
This type of banking system is called the fractional banking system because banks are only required to keep a fraction of the money they receive as deposits and they can lend the rest to other clients.
Answer: Wages are flexible if the economy is self-regulating.
Explanation:
Classical economists believe that the economy is self-regulating. This means that if the economy is not at equilibrium, it will return to equilibrium if it is left without interference.
For this to happen, inputs such as wages have to flexible to enable them to adjust to market conditions and thus take the Economy back to equilibrium.
For instance, if there is a recession, wages will reduce so that the prices that the producers can charge will reduce as well which will enable supply to match demand and bring the economy back to equilibrium.
Answer:
The man will made 15 drawins for 31,468 at their retirement age.
Explanation:
We solve for the future value of the annuity-due (deposits at the beginning)
C 1,000.00
time 25
rate 0.04
FV $375.1168
Now, we calcualte the amount of the withdrawals considering the new rate:
C $ 31.468
