Answer:
$9,352.27
Explanation:
25% of 1.2million
25/100×$1,200,000
=$900,000
Monthly mortgage Payment (p)=r(PV)/{1-(1+r)^-n}
Present value (PV)=$900,000
r=7.2%/12
=7.2/100÷12
=0.072/12
r=0.006
n= 144(12 years×12months)
P=r(PV)/{1-(1+r)^-n}
=0.006×$900,000/{1-
(1+0.006)^-144
=$5,400/{1 - (1.006)^-144}
=$5400/{1 - 0.4226}
=$5,400/0.5774
=$9,352.27
If less than the efficient quantity of protein shakes is produced , :
D. marginal cost exceeds marginal benefit
Marginal cost will keep increasing until it passed the equivalent before it finally started to diminish
hope this helps
Answer:
d. 15 chairs/worker/day
Explanation:
Given that
Average of standard dining chairs = 450
Number of employees = 6
Number of days in a week = 5
So, The formula and the computation of the labor productivity of this operation is presented below:
Labor Productivity = Output ÷ Labor Input
where,
Output = 450 standard dining chairs
Labor output = 6 employees × 5 days in a week = 30
So, labor productivity is
= 450 ÷ 30
= 15 chairs per worker per day
Answer:
The answer is $138.92
Explanation:
Solution
Given that:
Daryl today's Age = 30
The Retirement Age = 64
The Total Monthly Deposits = ( 64 - 30 ) * 12 = 408
Now,
In case of 12% Compounded Monthly , Interest Rate per month = ( 12% / 12 ) = 1%
Then,
The Effective Interest Rate per year = ( 1 + 0.12/12 )12 - 1 = 1.1268 - 1 = 0.1268 = 12.68%
So,
The Present value of Annual 25 Years withdrawal of $100,000 at time of Retirement = $100,000 * PVAF ( 12.68% , 25 )
= $100,000 * 7.4864
= $748,642.20
The Present Value of Money for nephew at time of Retirement = $1,000,000 * PVF ( 12.68% , 25 )
= $1,000,000 * 0.050535
= $50,534.52
Now
The Present Value of total Amount Required at time of Retirement = $748,642.20 + $50,534.52
= $799,176.70
Now
The monthly deposit be X
Which is,
= X * FVAF ( 408 , 1% ) = $799,176.70
= X * 5752.85 = $799,176.70
X = $138.918
Therefore, Monthly Deposit for his retirement plan is = $138.92