Based on my opinion, the best answer would be B.
I may not be correct but...
I hope this helps:)
Answer:
a) Future Value = $530
b) Future Value = $561.8
c) Present Value =$566.037
d) Present Value =$533.99
Explanation:
FV = PV × (1+r)^n
FV -future Value , r- interest rate,n- number of years , PV-present Value
FV = 500 ×(1.06)^1 =
Future Value = $530
b
FV = 500 × 1.06^2 =
Future Value = $561.8
c) Present Value
PV = FV × (1+r)^(-n)
PV = 600 ×1.06^(-1)=566.037
Present Value =$566.037
d)
PV = FV × (1+r)^(-n)
FV -future Value , r- interest rate,n- number of years , PV-present Value
PV = 600 ×1.06^(-2) = 533.99
Present Value =$533.99
a) Future Value = $530
b) Future Value = $561.8
c) Present Value =$566.037
d) Present Value =$533.99
Answer:
$222,450
Explanation:
Computation of annual income statement for Kvass Inc. is shown below
Sales revenue
$4,887,000
Less:
Selling and admn expenses
($1,052,000)
Other expenses
($249,300)
Advertising and promotion expenses
($553,350)
Salaries and wages expenses
($2,527,800)
Income tax expenses
($167,350)
Interest expense
($114,750)
Net income
$222,450
Answer:
$9.43
Explanation:
Calculation for what should this stock sell for today
Stock today = $1.60/1.135 + $1.10/1.135^2 + $13.50/1.135^5
Stock today = $9.43
Therefore what should this stock sell for today is $9.43
The probability that both item is defective are 3.84%
The probability that the second is defective is 20%
<h3> What is the probability that both items are defective?</h3>
a) Remember that the question says they are drawn without replacement
hence
(20/100)*(19/99)
= 19/495
= 0.03838383
= 3.84%
b. What is the probability that the second item is defective?
(20/100)*(19/99) + (80/100)*(20/99)
= 0.03838383 + 0.1616
= 0.199999
= 0.2
= 20 percent
Read more on probability here: brainly.com/question/24756209
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