Answer:
The expected price after 1 year would be$55.5
Explanation:
According to the given data,
Price of the stock (Po) = $50
Dividend after 1year (D1) = $2
Equity cost of capital (KE) =15%
The formula for calculating the price after 1 year i.e.,(P1 ) is
Po = (D1 + P1 )/ 1+KE $50= ($2 + P1) / (1+0.15)
P1 = [$50(1.15)] - $2 = $55.5
<span>Employers normally require employees to pay a large portion of thecost of the life insurance benefit.</span>
The more information an entrepreneur acquires during the process of feasibility analysis, the higher the chance that his or her predictions will be close to the mark, risk will be reduced, and uncertainty managed.
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Explanation:</u></h3>
The study or examination about the extent to which the proposed idea will be practical and can be achieved at an economic manner refers to the feasibility study. In business it is very essential to decide whether to take up a project or not. It also helps in narrowing the project and plan accordingly.
It also helps in making predictions about whether the expected results can be attained from a particular idea or a project. Thus during the feasibility study the entrepreneur must obtain as much information as possible as it helps him in the evaluation of risks, uncertainties and other related things.
Answer:
A) 14.72 hours
B) An additional worker should be hired since the lost work time is 14.72 hours
Explanation:
Number of machines on manufacturing line = 8
percentage of machine been down = 23%
number of workers capable of running and repairing machines = 2
machine productivity ( per machine ) = 18 units/hour
overhead cost / machine = $713
hourly rate paid per worker = $15
Total number of work hours = 8 hour
A) calculate Total amount of lost worktime
= number of machines * Total number of work hours * 23%
= 8 * 8 * 23% = 14.72 hours
B) An additional worker should be hired since the lost work time is 14.72 hours
Answer:
A= $4,838.95 monthly
Explanation:
Giving the following information:
She is currently planning to retire in 30 years and wishes to withdraw $10,000/month for 20 years from her retirement account starting at that time.
First, we need to calculate the amount needed for retirement:
FV= 10,000*12*20= 2,400,000
Now, we can use the following formula:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
Isolating A:
A= (FV*i)/{[(1+i)^n]-1}
Effective rate= 0.02/12= 0.0017
n= 12*30= 360
A= (2,400,000*0.0017)/[(1.0017^360)-1]
A= $4,838.95 monthly