Answer:
1. $12.31
2. -11.96%
Explanation:
a) Calculation to determine the intrinsic value of a share of Xyrong stock
First step is to calculate the Required Return
Using this formula
Required Return = Risk-free Rate + [Beta * (Expected Market Return - Risk-free Rate)]
Let plug in the formula
Required Return= 5.5% + [2.7 * (17% - 5.5%)]
Required Return= 5.5% + 31.05% = 36.55%
Second step is to calculate g using this formula
g = ROE * (1 - Payout Ratio)
Let plug in the formula
g= 18% * (1 - 0.25)
g= 13.5%
D0 = EPS0 * Payout Ratio = $10 * 0.25 = $2.50
P0 = [D0 * (1 + g)] / [r - g]
= [$2.50 * (1 + 0.135)] / [0.3655 - 0.135]
= $2.8375 / 0.2305 = $12.31
b). Holding Period Return = [P1 + D1 - P0] / P0
= [$8 + $2.8375 - $12.31] / $12.31 = -$1.4727 / $12.31 = -0.1196, or -11.96%
Answer:
E=-4.0746
Explanation:
Using the midpoint method, Lauren's income elasticity of demand for new outfits is determined by the change in income multiplied by the average number of outfits, divided by the change in the number of outfits multiplied by the average income:
Her income elasticity of demand for new outfits is -4.0746.
<u>Answer:</u> This approach is called attrition.
<u>Explanation:</u>
Attrition is the process of reducing the workforce of the company due to various reasons. Here South Carolina has lot of budget constraints which forces the state to reduce the in take of new employees. This approach can also be called as hiring freeze so that the payroll can be reduced instead of doing layoffs.
The strength of the state is reduced in order to reduce the expenses and money pay outs. When there is a deficiency in the budgets actions have to be taken accordingly to minimize the effects.
Answer: a. Computer-aided manufacturing
Explanation: A computer-aided manufacturing would help the robot manufacturing company in this regard since it can provide the required software to control the machine tools and processes needed in the manufacture of the multi-utility robots.
Computer-aided manufacturing (CAM) is defined as the use of software and computer-controlled machinery to automate a manufacturing process and is composed entirely of software that tells a machine how to make a product through the generation of toolpaths; a machinery that can turn raw material into a finished product and a post processing unit that converts toolpaths into machine languages. Computer-aided manufacturing thus provides high–speed machine tool paths that greatly minimize cycle times, reduce tool and machine wear and general improvement in quality and accuracy of cutting.
