Answer:
59
Explanation:
Let x = length of the rows
we can derive two equations from this question
1. 7x + 3
2. 5x + 19
Since the number of chairs are equal in the two equations :
7x + 3 = 5x + 19
solve for x
2x = 16
x = 8
Substitute for x in either equations
7(8) + 3 = 59
5(8) + 19 = 59
Answer:
a)
Project Y and Project Z
b)
Project X and Project Y
c)
Project X and Project Z
Explanation:
Apply the CAPM to calculate the required return for each project as followed:
Project W: 4% + 0.75 * (11%-4%) = 9.25%
Project X: 4% + 0.90 * (11%-4%) = 10.3%
Project Y: 4% + 1.15 * (11%-4%) = 12.05%
Project Z: 4% + 1.45 * (11%-4%) = 14.15%
So, for:
a)
Which projects have a higher expected return than the firms 11 percent cost of capital: Project Y 12.8% and Project Z 13.9% which are given.
b)
Project should be accepted is project that has expected returns higher than required return which is Project X and Project Y.
c)
Using the firm's overall cost of capital as a hurdle rate:
Project Z will be accepted which is incorrect because its Required returned is higher than its expected returns ( 14.15% > 13.9%)
Project X will be rejected which is incorrect because its Required returned is lower than its expected returns ( 10.3% < 10.8%).
Hard question thx for the points give me brainlest points plz
Answer:
operating Income = Sales – Variable Costs – Fixed Costs
A CVP analysis is used to determine the sales volume required to achieve a specified profit level. Therefore, the analysis reveals the break-even point where the sales volume yields a net operating income of zero and the sales cutoff amount that generates the first dollar of profit.
Cost-volume profit analysis is an essential tool used to guide managerial, financial and investment decisions.
COST-VOLUME PROFIT ANALYSIS
Contribution Margin and Contribution Margin Percentage
The first step required to perform a CVP analysis is to display the revenue and expense line items in a Contribution Margin Income Statement and compute the Contribution Margin Ratio.
Answer:
$208,000
Explanation:
Calculation for fixed overhead applied
Using this formula
Fixed overhead applied =Budgeted Fixed overhead+Fixed overhead volume variance
Let plug in the formula
Fixed overhead applied =$200,000+$8,000
Fixed overhead applied=$208,000
Therefore Fixed overhead applied must be $208,000