An ice cream shop sells 700 cones per day at a price of $4.50. A survey lets the owner know that for every decrease in price of $0.50, they will be able to sell 100 extra cones. Write an
equation for the Revenue, R, which can be used to determine how much the owners should
charge in order to maximize their revenue.​

R(x) = (4.50 – 0.50x)(700 + 100x)

R(x) is in factored form

Where x is each decrease in the price.

Explanation:

R(x) is in the form ax² + bx + c.

This is where the equation is distributed and simplified [Standard form]

The maximum revenue is represented by

R(-b/2a), where the vertex of this relationship is, at x = -b/2a.

Revenue = (Price)(Quantity)

R(x) = (4.50 – 0.50x)(700 + 100x) →

-50x² + 100x + 3150 [ax² + bx + c].

x = -b/2a

x = -(100)/2(-50)

x = -100 / -100

x = 100 / 100

x = 1

Therefore R(1) or where the price is decreased by a factor of 1 is the maximum revenue.

R(2) = -50(1)² + 100(1) + 3150

R(2) = -50(1) + 100 + 3150

R(2) = -50 + 100 + 3150

R(2) = 3200.

Thus the best revenue ($3,200) is obtained by decreasing the price once (Price of 4$), with 800 cones.

step-by-step explanation:

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when the line is dashed:

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this < inequality sign means:

about the problem:

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step-by-step explanation:

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