Answer
The answer and procedures of the exercise are attached in the following archives.
Step-by-step explanation:
You will find the procedures, formulas or necessary explanations in the archive attached below. If you have any question ask and I will aclare your doubts kindly.
Answer:
The requirement of the question is as below:
How much must Alan deposit on January 1? (Round your final answer to the nearest whole dollar amount.)
What is the interest for the four years? (Round your final answer to the nearest whole dollar amount.)
Alan deposit on January 1 is $ 58,802.39
Interest for four years is $21,197.61
Explanation:
The first is asking for today's worth of the investment,which is the amount to be invested,this can be computed using the present value as shown below:
PV=FV*(1+r)^-n
PV is the present value
FV is the worth of the investment in 4 years from now which is $80,000
r is the rate of return of 8%
n is the number of years of investment which is 4 years
PV=$80,000*(1+8%)^-4
PV=$80,0008(1+0.08)^-4
PV=$80,000*(1.08)^-4
PV =$ 58,802.39
interest for four years=FV-PV
interest for four years=$80,000-$ 58,802.39
=$21,197.61
Answer:
greater; higher than
Explanation:
Here is the complete question
If the supply of aisle seats equals the supply of middle seats on an airplane, and the demand for aisle seats is _____________ than the demand for middle seats, then the equilibrium price of aisle seats will be ______________ the equilibrium price of middle seats
.a. greater; higher than
b. less; higher than
c. greater; lower than
d. less; the same as
Equilibrium price is the price at which quantity demand equal quantity supplied. Above equilibrium price there is a surplus - quantity supplied exceeds quantity demanded.
Below equilibrium price there is a shortage - quantity demanded exceeds quantity supplied
If the demand for aisle seats exceeds the demand for middle seats, it means that equilibrium price for aisle seat would exceed equilibrium price
Answer:
The answer is $5767641.92
Explanation:
PV of an Annuity = C x [ (1 – (1+i)-n) / i ]
PV of an Annuity = $1,600,000 x [ (1 – (1+0.12)-5) /0.12 ] = $5767641.92
The present value of the prize is $5767641.92
Answer:
44,780 units
Explanation:
When a company uses the weighted average method in its process costing system, the beginning inventory nor the units transferred in are included in the calculations for equivalent units. Only units transferred out and ending inventory are use to calculate equivalent units:
equivalent units = units transferred out + (ending inventory x % of completion)}
equivalent units = 37,100 units + (9,600 units x 80%) = 37,100 units + 7,680 units = 44,780 units
