Answer:
Required return 10.27%
Dividend yield 5.77%
Expected capital gains yield 4.5%
Explanation:
Calculation for required return using this formula
A. R = (D1 / P0) + g
Let plug in the formula
Required return = ($2.30 / $39.85) + .045
Required return = .1027*100
Required return= 10.27%
Therefore Required return is 10.27%
Calculation for dividend yield using this formula
Dividend yield = D1 / P0
Let plug in the formula
Dividend yield = $2.30 / $39.85
Dividend yield = .0577*100
Dividend yield = 5.77%
Therefore Dividend yield is 5.77%
Calculation for the expected capital gains yield
Using this formula
Expected capital gains yield=Required return-Dividend yield
Let plug in the formula
Expected capital gains yield=10.27%-5.77%
Expected capital gains yield=4.5%
Therefore Expected capital gains yield is 4.5%
Answer: A) Prototype
Explanation:
The first model shown to entrepenuers are called prototypes
proto- before
Answer:
The cash budget is the appropriate answer
Explanation:
When the budgeted direct materials as well as the required budgeted labor hours are ascertained, the step needs to be taken further in order to know how the costs budgeted fit into overall cash situation of the business.
The suppliers of direct materials would have given the company the maximum number of days that expect cash , in order to meet up with such deadline the company must plan ahead by incorporating the values of such purchases into cash flow projections, the same also applies to cost of direct labor.
Answer:<u><em>(d.) Evaluation of whether the response made to a demand or threat was effective</em></u>
Explanation:
Richard Lazarus stated that stress is a process where the manufacturing of stressors by the surrounding, and the effect on an individual subjected to these stressors.
He also stated that these cognitive appraisal will happen when a individual considers two major element that add in his response to stress. These two element are as follow :
The baleful propensity of the stress to the individual, and
The classification of resources required to decrease, endure or decimate the stressor and the stress it produces.
