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Answer and Explanation:
The matching is given below:
1. Historical cost: Historical cost is the cost that should be shown in the balance sheet. It is known as the real cost or original cost
hence, the correct option is C
2. Current cost: The current cost is the cost that should be incurred for the acquisition of an asset
Therefore the correct option is A
3. Net realizable value: The net realizable value is the value that could be determined by deducting any direct cost from the sale value also it would be use for pay off the liabilities
Therefore the correct option is D
4. Present value of future cash flows: The present value would be discounted at the particular rate of the market
Therefore the correct option is E.
5. Current market price: The amount of money that would be received when the asset is sold
Hence, the correct option is B.
Answer:
7.19
18.39
13,88
10.51%
Explanation:
EAR = (1 + periodic interest rate)^m - 1
m = number of compounding
a. ( 1 + 0.07/4)^4 - 1 = 7.19%
b. (1 + 0.17/12)^12 - 1 = 18.39%
c. (1 + 0.13/365)^365 - 1 = 13.88%
d. EAR =
Answer:
Total Maximized Profit = $2612.5
Explanation:
given data
Total Cost TC = 10(QE + QW)
QE = 100 - 2PE
QW = 100 - PW
solution
we consider here Q is = QE + QW
so total cost TC = 10 Q
we first derive it Marginal Cost by taking derivative of TC w.r.t Q that is
MC = 
MC = 10
so when crusty practice price discrimination then it will different marginal revenue from each market is
QE = 100 - 2PE
and
Total Revenue from market E is
E = TRE = QE × PE
E = 100PE - 2PE²
and
Marginal Revenue from E is
E = MRE = 
E = 100 - 4PE
and
now we put MRE = MC
100 - 4PE = 10
PE = $22.5
and here QE will be
QE = 100 - 2PE
QE = 100 - 45
QE = 55 units
and
TRE = 55 × 22.5
TRE = $1237.5
and
now Considering second neighborhood W
QW = 100 - PW
so here
TRW = 100PW - PW²
and
MRW = 100 - 2PW
now we equating MRW with MC
so it will be
100 - 2PW = 10
PW = $45
and
Q = 100 - PW
Q = 100-45
Q = 55 units
so
TRW = 55 × 45
TRW = $2475
so here
Total Revenue will be
Total Revenue = TRE + TRW
Total Revenue = $1237.5 + $2475
Total Revenue = $3712.5
and
Total Cost will be
Total Cost = 10(55+55)
Total Cost = $1100
and
Total Maximized Profit will be
Total Maximized Profit = TR -TC
Total Maximized Profit = $3712.5 - $1100
Total Maximized Profit = $2612.5
Answer:
$800,579.28
Explanation:
The sum of the monthly payments can be found by the "annuity due" formula:
A = P(1 +n/r)((1 +r/n)^(nt)-1)
where P is the monthly deposit, r is the annual interest rate, n is the number of times per year it is compounded, and t is the number of years.
For this problem, we have ...
A = $400(1 +12/.06)(1(1 +.06/12)^(12·40)-1) = $400(201)(1 -1.005^480 -1)
A = $800,579.28
The account balance after 40 years will be $800,579.28.
