. After retiring, Aunt May decides to start a knitting business. She charges S12
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Question
. After retiring, Aunt May decides to start a knitting business. She charges S12 for every knitted item. She spends S10 on knitting equipment and S2 on yarn for each item. Determine her profit function and break-even point write this as a pair). Norman Osborn, the villianous yarn supplier, decides to try keep Aunt May from making too much money. If z is the number of knitted items, then Aunt May now spends 2x per item. What is the maximum profit that Aunt May can make? How can her profits be maximized? Hint: The break-even point question involves a linear equation and the latter question involves a quadratic equation. Both have an initial costExplanation / Answer
Given that, the initial fixed cost of equipment = $10
Per $2 on yarn of each item.
Total no.of knitted items = x
So, total cost for yarn of knitted items = 2x.
So, total cost function = 10+2x
Revenue per 1 item = $12
Revenue per x items = 12x
Profit = revenue-cost
Profit function P(x) = 12x-10-2x
=10x-10
Break even point is where no profit, no loss.i.e profit = 0
10x-10 = 0
x =1
Aunt May has to knit 1 item atleast to be in break even point.
b)
In this case, given that for x knitted items, each item costs 2x along with the fixed inital cost of $10 for equipment.
So, Cost function=
Fixed cost+knitting yarn cost
= 10+2x2
Revenue = 12x for x items
Profit = revenue-cost
= 12x-10-2x2
We need to find the maximum profit in this case,
for a quadratic equation, ax2+bx+c -=0, maximum occurs at x = -b/2a
Similarly here, x =-12/-4 =3
So, at x = 3 her profit is maximized.substituting the value in the profit function give us,
maximum profit = 36-28 = $8
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