A craft vendor must sell at least $300 worth of merchandise to make a profit. Scarves sell for $10 each and hats sell for $20 each. She expects to sell at least 20 items. The lines on the graph represent the situation in which she makes a profit. In which section of the graph does the actual solution lie? 1 2 3 4

Question

Pineda

Mathematics

30 August, 11:41

A craft vendor must sell at least $300 worth of merchandise to make a profit. Scarves sell for $10 each and hats sell for $20 each. She expects to sell at least 20 items. The lines on the graph represent the situation in which she makes a profit. In which section of the graph does the actual solution lie? 1 2 3 4

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Answers (1)

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Jaylee Oneal · Answer 1

There is a missing graph in the problem given. However, we can simply solve the equation using the given data.

Items to be sold: scarves and hats. Minimum of 20 items sold in all.

Scarves sell for 10 each and hats sell for 20 each. Must sell at least 300 worth of merchandise to make profit.

Let s represent scarves and h represent hats.

10s + 20h > 300

s + h > 20

We use inequality because the problem states "at least".

s + h = 20

10s + 20h = 300

s = 20 - h

10 (20-h) + 20h = 300

200 - 10h + 20h = 300

10h = 300 - 200

10h = 100

h = 100/10

h = 10

s = 20 - h

s = 20 - 10

s = 10

s + h > 20

10 + 10 > 20

10s + 20h > 300

10 (10) + 20 (10) > 300

100 + 200 > 300