NPV stands for Net Present Value which is calculated through the equation,
NPV = C₀ + Ct/(1+r)^t
where C₀ is the original price, Ct is the amount saved, r is the discount rate and t is time. Calculating the NPV,
NPV = ($9,500) + ($3,975)/(1 + 0.1070)^10
NPV = $10,938.34
Thus, the net present value is approximately $10,938.34.
Answer: Yes, the years worth of payments is more than the actual claim
Explanation:
the claim was $2500 and he payed $3,012 a year for insurance
Answer:
Total savings= $2,468.7
Explanation:
Giving the following information:
Suenette plans to save $600 at the end of Year 1, $800 at the end of Year 2, and $1,000 at the end of Year 3.
Annual rate= 3.4%
To calculate the final value of the investment, we need to apply the following formula to each deposit:
FV= PV*(1+i)^n
Deposit 1= 600*1.034^2= 641.50
Deposit 2= 800*1.034= 827.2
Deposit 3= 1,000
Total= $2,468.7
Answer:
29,200 units
Explanation:
The computation of new break even point is given below:-
= Fixed Cost ÷ Contribution per unit
Fixed cost
= $625,000 + $105,000
= $730,000
Variable cost per unit = 50% of selling price
= $25
So, the break even point = $730,000 ÷ 25
= 29,200 units
Therefore for calculating the break even point we simply divide the $730,000 from 25 per unit variable cost.
Answer:
GDP is not affected by Pete's production of the jewelry box.
Explanation:
Pete is a woodworker and works 20 hours to prepare a jewelry box to gift his wife. If Pete prepares this jewelry box to sell and earn revenue, this will be considered in GDP but in this case Pete prepares a jewelry box to give his wife as his wife's birthday gift.
All types of gifts received or given in kind are not included in Gross Domestic Production.