Answer:
$10,241.53
Explanation:
Using the activity-based costing system, Overhead cost for Product K91B would be?
Setting up batches 89 batches x $59.56= $5300.84
Processing customer orders 39 orders x $72.96= $2,845.44
Assembling products 493 hours x $4.25= $2,095.25
Total Overhead cost $10,241.53
Answer:
the equivalent units for :
materials = 106,400
conversion = 104,600
Explanation:
Calculation of the equivalent units for materials
<em>Note : Units of Ending Work In Process are 80% complete as to materials</em>
Units of Ending Work In Process (18,000×80%) = 14,400
Units Completed and Transferred (92,000×100%) = 92,000
Total =106,400
Calculation of the equivalent units for conversion
<em>Note : Units of Ending Work In Process are 70% complete as to conversion</em>
Units of Ending Work In Process (18,000×70%) = 12,600
Units Completed and Transferred (92,000×100%) = 92,000
Total =104,600
Sarbanes- oxley applies to publicly held companies.
What is covered under the Sarbanes-Oxley Act?
- All publicly traded American businesses are covered by the Sarbanes-Oxley Act. any and all wholly-owned subsidiaries operating in the United States.
- every foreign company with a public listing that conducts business here.
What are the Sarbanes-Oxley Act's fundamental rules?
- Each corporation is required by Rule 404 to implement efficient financial controls.
- Financial statements for each company must be personally certified by the CEO and CFO.
- If they violate the law, these officers could face criminal charges.
Learn more about Sarbanes-Oxley Act
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Answer:
The correct answer is 5%.
Explanation:
According to the scenario, the given data are as follows:
Annual withdrawal = $1,000,000
Annual withdrawal = $50,000
So, we can calculate the interest rate by using following formula:
Interest rate = Annual withdrawal ÷ Annual withdrawal
by putting the value in the formula, we get
Interest Rate = $50,000 ÷ $1,000,000
= 0.05
Or 5%
Hence, the Interest rate should be 5%.
Answer:
The computations are shown below:
Explanation:
The computation is shown below:
Overall portfolio Expected rate of return = Risky portfolio expected rate of return × investment proportion + t- bill rate × 1 - investment proportion
0.15 = 0.20(y) + 0.07(1 - y)
0.15 = 0.20y + 0.07 - 0.07y
So,
y = 61.54%
2. Now Standard Deviation is
= investment proportion × standard deviation
= (0.6154) × (0.25)
So,
Standard Deviation = 15.38%
2. We Use Sharpe Ratio to choose out the right stock which is shown below:
Sharpe Ratio = (Expected rate of return - Risk free rate of return) ÷ Standard deviation
For Stock A, it is
= (22% - 12%) ÷ 20%
= 0.5
For Stock B, it is
= (28% - 12%) ÷22%
= 0.73
Since the Sharpe ratio has highest in Stock B and the same is to be choose
