Answer:
Given this change in the cost, the adequacy and quality of the estimated cost drivers and costs used by the system will determine the costing results for SR6 under the new system.
Explanation:
A cost driver can be described as the unit of an activity or any factor that makes the cost of an activity to fluctuate. An estimated cost driver is adequate and of the expected quality when quality or quantity is satisfactory or acceptable.
Therefore, given this change in the cost, the adequacy and quality of the estimated cost drivers and costs used by the system will determine the costing results for SR6 under the new system.
Cannady has transitioned from a traditional to an Activity-Based Costing system, which uses three cost drivers. As a result, the cost of manufacturing SR6 rose from $168 to $178 per unit due to the more accurately distributed costs.
In this context, Cannady's move from a traditional cost system using a single cost driver to an Activity-Based Costing (ABC) system that uses three cost drivers resulted in a change in the unit cost of their SR6 product. The new price reflects a more accurate calculation of the costs incurred in producing SR6.
In a traditional cost system, overhead costs are simply divided by the total number of units produced using one cost driver. With the ABC system, costs are allocated based on the actual activities that consume resources, making the costs more accurate. Therefore, the unit cost of SR6 increased from $168.00 to $178.00 under the new system as the costs were more accurately allocated under the ABC system.
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Answer: 12.2%
Explanation:
Given the variables available, the required rate of return can be computed using the Capital Asset Pricing Model with the formula;
Required Return = Risk-free rate + beta ( Market risk premium)
Required return = 4.25% + 1.4 * 5.5%
Required return = 4.25% + 7.7%
Required return = 12.2%
Note; The actual question says the Risk-free rate is 4.25%.
Answer: A. Google Docs
Explanation:
Google Docs will be the best solution in this case because it is a cloud computing tool that enables people to work on a document simultaneously across the world. As others are working on the documents, the saves that they make are instantly saved on the document and reflected across all users who have access to the document at the time.
Answer:
The number of shares that will be outstanding after the stock dividend is 424,000 shares.
Explanation:
This can be calculated as follows:
Number of shares outstanding before the stock dividend = 400,000
Percentage increase in the number of outstanding shares after stock dividend = 6%
Number of increase in the number of outstanding shares after stock dividend = Number of shares outstanding before the stock dividend * Percentage increase in the number of outstanding shares after stock dividend = 400,000 * 6% = 24,000
Therefore, we have:
Number of shares outstanding after the stock dividend = Number of shares outstanding before the stock dividend + Number of increase in the number of outstanding shares after stock dividend = 400,000 + 24,000 = 424,000
Therefore, the number of shares that will be outstanding after the stock dividend is 424,000 shares.
After a 6% stock dividend, CBA Inc will have 424,000 shares outstanding. A stock dividend increases the number of shares but doesn't change the overall worth of the company.
CBA Inc currently has 400,000 shares outstanding. When a company declares a stock dividend, it increases the number of shares outstanding. In this case, the company is declaring a dividend that will increase the total shares by 6%. Therefore, to find the total shares after the dividend you multiple the current shares by 1.06 (the 1 accounts for the original amount and the 0.06 for the increase).
So, 400,000 shares * 1.06 = 424,000 shares
A key point to remember is that a stock dividend does not change the overall worth of the company, it simply divides the total value over more shares. Therefore, while the number of shares has increased, the value per share would decrease assuming the total value of the company remains the same.
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Options:
a. 14.58%
b. 12.83%
c. 15.46%
d. 16.33%
e. 16.92%
Answer:
Correct option is A.
14.58%
Explanation:
After-tax yield = pre-tax yield x (1- marginal rate)
and Taxable-equivalent yield = tax-exempt yield / (1- marginal tax rate)
Hence Taxable-equivalent yield =.105/(1-.28)
=.105/.72=.14583333
=14.58 %
Answer:
1.88 years
Explanation:
Payback period is the time in which a project returns back the initial investment. Initial Investment is recovered within the first two annual Cash inflows.
Payback Period = 1+0.88 = 1.88 years
All the working are made in the MS Excel File attached with this answer, pleas find it.
Answer:
The discounted payback period is 1.88 years
Explanation:
The discounted pay back period is the number of years it takes for the investment to break even by this it means how many years it takes discounted cash flows to pay the initial investment.
Initial Investment $6,600
W e then discount the cash inflows to find the time it takes to pay off initial investment
Year 1 = 3900/ (1.15) =$3,391.30
Remainder of initial investment = -6600+3391.30= -3,208.7
Year two = 4800/ 1.15^2 = $3,629.49
Remainder of initial investment = -3208.7-3629.49 = 420.79
This yield positive results therefore the discounted payback period is sometime between year 1 and year 2.
To get the exact period we take what reamined over what paid
3208.7/3629.49 = 0.88
So it 1 year + 0.88 =1.88 years