Answer:
$32,900 favorable
Explanation:
The computation of the total flexible budget variable overhead cost variance is shown below:
= Total budgeted overhead cost - actual budgeted overhead cost
where,
Total budgeted overhead cost is
= $9.40 × 74,900 hours
= $704,060
And, the actual budgeted overhead cost is
= $8.40 × 79,900 hours
= $671,160
So, the total flexible budget variable overhead cost variance is
= $704,060 - $671,160
= $32,900 favorable
Since the standard cost is greater than the actual cost so it would have favorable variance
A.14.4 percent
B.10.0 percent
C.13.6 percent
D.11.5 percent Please show work
Answer:
C.13.6 percent
Explanation:
GDP Market STOCK
ER 7,2% 2,4% 13,6% Expected Return of Investment Rf 4,00% Risk-Free Rate
Bi 1,2 0,6 1,0 Beta of the Investment
(Erm-Rf) 6,00% 4,00% 9,60% Market Risk Premium
It's necessary to calculate how much impact each item has with the corresponding Beta in the stock
Then, to know the impact of exposure to the Aluminum market, we have to multiply the risk premium of 4% by the beta of 0,6
Then, to know the impact of the exposure to GDP, we do the same procedure, we multiply the risk premium of GDP by the beta of 1,2.
With these calculations we reach how much of the return on this stock corresponds to the market and then we add 4% of risk free.
Answer:
6.93 years
Explanation:
For computing the number of years we use the NPER formula i.e to be shown in the attachment
Given that
Present value = $8,000
Future value = $0
Rate of interest = 9%
PMT = $1,600
The formula is shown below:
= NPER(Rate;PMT;-PV;FV;type)
The present value come in negative
So, after applying the above formula, the number of years is 6.93 years
Answer:
Interest payable is equal to $11500
Explanation:
Amount payable to national bank on September 1,2020 is $1500000.
Amount is paid in three equal amount of $510000.
Therefore amount remaining on 31th December = $1500000 -$510000 = $4950000
Rate of interest = 7%
Total number of month from September to December = 4
So interest payable = $
Answer:
The solution to the given problem is done below.
Explanation:
(a) Depreciation
for Financial Depreciation for Temporary
Year Reporting Purposes Tax Purposes Difference
2017 $160,000 $264,000 (104,000)
2018 $160,000 $360,000 (200,000)
2019 $160,000 $120,000 40,000
2020 $160,000 $56,000 104,000
2021 $160,000 0 $160,000
$800,000 $800,000 0
(b) 2018 2019 2020 2021 Total
Future taxable
amounts:
Depreciation $(200,000) $40,000 104,000 $160,000 $104,000
Deferred tax liability: $104,000 × 40% = $41,600 at the end of 2017.
Answer:
a) Assets: Reserves $200,000; Liabilities: Deposits $200,000
b) Amount Deposited: $2000,000; Change in Excess Reserves: $190,000; and Change in Required Reserves: $10,000
c) See the calculation below and the attached excel file for the table.
d) the $200,000 injection into the money supply results in an overall increase of $4,000,000 in demand deposits.
Explanation:
These can be answered as follows:
a) Complete the following table to reflect any changes in First Main Street Bank's T-account (before the bank makes any new loans).
Note: See the attached excel file for the table.
The $200,000 deposited by Lorenzo to First Main Street Bank led to the creation of both an asset and a liability for First Main Street Bank.
As a result, the reserve of the bank is increased by $200,000 on the asset side of the T-account. It is therefore now possible for the ban to grant loan to other customers from these additional reserves.
In addition, the demand deposit of the bank is increased by $200,000 on the liability side of the T-account. This is recorded as a demand deposit because it is possible for Lorenzo to come at any time to the band to withdraw his deposit either by using a debit card or by writing a check.
b) Complete the following table to show the effect of a new deposit on excess and required reserves when the required reserve ratio is 5%. Hint: If the change is negative, be sure to enter the value as negative number.
Note: See the attached excel file for the table. Just scroll the excel file down to part b.
The required reserve ratio of 5% indicates that First Main Street Bank has to hold 5% of the $200,000 the deposit or fresh fresh reserves, and this will result in having a 95% excess reserve which the bank can employ to grant loans.
From the amount deposited, the change in excess reserve and the change in the required reserve can be computed as follows:
Amount deposited = $200,000
Change in excess reserve = $200,000 * (1 - 5%) = $190,000
Change in required reserve = $200,000 * 5% = $10,000
c) Now, suppose First Main Street Bank loans out all of its new excess reserves to Juanita, who immediately uses the funds to write a check to Gilberto. Gilberto deposits the funds immediately into his checking account at Second Republic Bank. Then Second Republic Bank lends out all of its new excess reserves to Lorenzo, who writes a check to Neha, who deposits the money into her account at Third Fidelity Bank. Third Fidelity lends out all of its new excess reserves to Teresa as well.Fill in the following table to show the effect of this ongoing chain of events at each bank. Enter each answer to the nearest dollar.
Note: See the attached excel file for the table. Just scroll the excel file down to part c.
As already computed in part b above, we have the following to show the effect of this ongoing chain of events at each bank, we have:
For First Main Street Bank:
Increase deposit = Deposit from Lorenzo = $200,000
increase in required reserve = $200,000 * 5% = $10,000
Increase in loans = Loan to Juanita = $200,000 * (1 - 5%) = $190,000
For Second Republic Bank:
Increase deposit = Deposit from Gilberto = $190,000
Increase in required reserve = $190,000 * 5% = $9,500
Increase in Loans = Loans to Lorenzo = $190,000 * (1 - 5%) = $180,500
For Third Fidelity Bank:
Increase deposit = Deposit from Neha = $180,500
Increase in required reserve = $180,500 * 5% = $9,025
Increase in Loans = Loans to Teresa = $180,500 * (1 - 5%) = $171,475
d) Assume this process continues, with each successive loan deposited into a checking account and no banks keeping any excess reserves. Under these assumptions, the $200,000 injection into the money supply results in an overall increase of in demand deposits.
In order to calculate this, the formula for the money multiplier is used to multiply the initial deposit or injection of $200,000 by Lorenzo as follows:
Money multiplier = 1/r
Where r denotes required reserve ratio of 5%, or 0.05.
Therefore, we have:
Overall increase in demand deposits = Injection * (1 / r) = $200,000 * (1 / 0.05) = $200,000 * 20 = $4,000,000
Therefore, the $200,000 injection into the money supply results in an overall increase of $4,000,000 in demand deposits.
When the Federal Reserve buys a government bond from a client of First Main Street Bank, the bank's assets increase by the bond value and its liabilities increase by the same amount in deposits.
In this scenario, when the Federal Reserve buys a $200,000 government bond from Lorenzo, a client of First Main Street Bank, and he deposits the money into his checking account at the bank, there are changes in the bank's T-account. The bank's assets increase by $200,000 in reserves, while its liabilities increase by $200,000 in deposits.
Next, if First Main Street Bank loans out all of its new excess reserves to Juanita, who writes a check to Gilberto, Gilberto deposits the funds into his checking account at Second Republic Bank. This process continues with each successive loan deposited into a checking account at each bank. The increase in deposits, required reserves, and loans at each bank can be filled in the table provided.
Assuming this process continues with no banks keeping any excess reserves, the $200,000 injection into the money supply results in an overall increase of $200,000 in demand deposits.
#SPJ3
(B) $125.00
(C) $110.00.
(D) $115.00.
Answer:
Option (A) is correct.
Explanation:
Part A:
Cost = No. of units × cost per unit
= 5 × $5
= $25
Replacement cost = No. of units × cost per unit
= 5 × $4
= $20
Value to be recognized = $20
Part B:
Cost = No. of units × cost per unit
= 10 × $6
= $60
Replacement cost = No. of units × cost per unit
= 10 × $7
= $70
Value to be recognized = $60
Part C:
Cost = No. of units × cost per unit
= 10 × $3
= $30
Replacement cost = No. of units × cost per unit
= 10 × $2
= $20
Value to be recognized = $20
Therefore,
Value of Ending inventory = Sum of recognized value of all the three parts
= $20 + $60 + $20
= $100
Hence, the total value of this company's ending inventory is $100.