The formula is
A=p (1+r)^t
A future value 500000
P present value. ?
R interest rate 0.06
T time 11 years
Solve the formula for p by dividing both sides by (1+r)^t to get
P=A/(1+r)^t
P=500,000÷(1+0.06)^(11)
P=263,393.76
he should deposit 263393.76 now to attain 500000
Hope it helps!
Quotations, Random Lists, Over-used clichés, Limit your use of the word “passion”, And Stilted vocabulary.
Answer:
Ending inventory= $5,592.45
Explanation:
Giving the following information:
Mar. 1: Beginning inventory= 1,090 units at $7.25
Mar. 10: Purchase: 510 units at $7.75
Mar. 16: Purchase: 397 units at $8.35
Mar. 23: Purchase: 510 units at $9.05
First, we need to calculate the number of units in ending inventory:
Ending inventory in units= total units - units sold
Ending inventory in units= 2,507 - 1,880= 627
Under FIFO (first-in, first-out), the ending inventory is composed of the cost of the last units bought.
Ending inventory= 510*9.05 + 117*8.35= $5,592.45
C because when you want something less they make it cheaper hoping you’ll want it more. McDonald’s coffee is cheaper then Starbucks making it a bargain and poor people want it
Answer:
Price we are wiling to pay = $46.429
Explanation:
Hi, this can be calculated using the dividend discount model
Stock price we are willing to pay = D / (r - g) where,
D = Dividend
r = required rate of return of investor
g = growth
So working the formula gives us,
Price = 1.95 / (0.085 - 0.043)
Price = $46.429
This is the price we are willing to pay.
Hope that helps.
