This expanding panic and rising flood of withdrawals is called Bank Run.
<u>Explanation: </u>
Bank run means many customers of the bank withdraw their deposits due to the fear that the bank might become insolvent. When many customers withdraw their funds then the bank might not be able to meet the withdrawals with the available funds.
This further increases the risk of the bank to default when all the customers withdraw their deposits. This is because the banks hold only little amount as cash in hand while the rest of the bank's wealth is invested in long term assets.
Answer:
The correct answer is B.
Explanation:
Giving the following information:
Cash flow= $2,250
n= 4
i= 5%
Additional investment= $3,000
<u>First, we need to calculate the future value using the following formula:</u>
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
FV= {2,250*[(1.05^4) - 1]} / 0.05
FV= 9,697.78 + 3,000
FV= $12,697.78
<u>Now, the present value:</u>
PV= FV/(1+i)^n
PV= 12,697.78/(1.05^4)
PV= $10,446.5
Answer:
B. the natural unemployment rate.
Explanation:
When the level of output is equal to natural real GDP, it indicates that the country has reach a very optimal level of production has efficiently utilize all resources that it has in its disposal. These 'Resources' include both human , capital, and natural resources.
Natural employment rate is the amount of employment rate that occurs after a country has fully utilize its resources. Like mentioned above, This situation will arise when the level of of output equal to natural Real GDP
Since there is little to no human resources left unused which make natural unemployment rate basically equal to the total employment rate that exist in that country.
Answer:
option (C) 32,750 hours
Explanation:
Data provided in the question:
Actual manufacturing overhead cost = $250,000
Overapplied overhead = $12,000
Predetermined overhead rate = $8.00 per direct labor-hour
Now,
The total Manufacturing Overhead applied last year
= Actual manufacturing overhead cost + Overapplied overhead
= $250,000 + $12,000
= $262,000
Therefore,
Direct Labor Hours worked last year = 
or
= 
= 32,750 hours
Hence,
The correct answer is option (C) 32,750 hours
Answer:
Consider the following calculations
Explanation:
a) If the weight of risky portfolio is 'y' then weight of T-bill would be (1-y).
Expected return on clients portfolio = weight of risky portfolio x return on risky portfolio + weight of T-bill x return on T-bill
or, 15% = y x 17% + (1 - y) x 7%
or, y = 0.8
weight of risky portfolio = 0.8, weight of T-bill = 0.2
b)
Security Investment Proportions
T-bill 20% (from part a)
Stock A 80% x 0.27 = 21.6%
Stock B 80% x 0.33 = 26.4%
Stock C 80% x 0.40 = 32%
Total 100%
