This situation can be modeled by an exponential equations. Exponential equations typically take the form
. In an interest problem, a represents the initial deposit, b is the yearly interest rate, x is the number of years, and y is the total amount of money.
Start by filling out what you know:
a: 1000
b: 1.02 (Fred will have all of the money he had before (1) plus the interest rate (2%=2/100=0.02)
x: 5
y: ?
Now, all you have to do is solve.



1104-->1100
The final answer is B. $1100.
Answer:
(a) $438,000
(b) $199,900
(c) $63,200
Explanation:
(a) Manufacturing margin:
= Net sales - Variable cost of goods sold
= $912,000 - $474,000
= $438,000
(b) Contribution margin:
= Manufacturing margin - Variable selling and administrative expenses
= $438,000 - $238,100
= $199,900
(c) Income from operations:
= Contribution margin - Fixed selling and administrative expenses - Fixed manufacturing costs
= $199,900 - $54,700 - $82,000
= $63,200
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Answer and Explanation:
The computation of the front end load is shown below:
But before that first we have to do the following calculations
The NAV of the fund is
= market value of fund ÷ number of outstanding shares
= $6.1 billion ÷ 260 million shares
= $23.46
And, The current market price quotation is $25.10
So,
Front end load is
= $25.10 - $23.46
= $1.64
Now
Front end load NAV percentage is
= $1.64 ÷ $23.46
= 6.99%
And,
Front end load current market quotation percentage is
= $1.64 ÷ $25.10
= 6.53%