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At a local clothing store, hats cost $\$ 6.20$ a piece and shirts cost
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16 Aug 2025, 00:33
16 Aug 2025, 00:33
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At a local clothing store, hats cost $\$ 6.20$ a piece and shirts cost $\(\$ 15.50\)$ a piece. If Luis spent a total of $\(\$ 74.40\)$ on hats and shirts at this store, what is the greatest possible number of shirts that he bought?
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Re: At a local clothing store, hats cost $\$ 6.20$ a piece and shirts cost
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16 Aug 2025, 00:47
16 Aug 2025, 00:47
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The answer will be 4. To maximise the shirts, minimise the hats. The number of hats and shirts needs to be integers, because these are quantities.
6.20H + 15.50S = 74.40, where H and S are no. of hats and shirts respectively.
THe minimum number of hats, such that the solution can be divided by 15.50 is 2. By substituting the values, we get S to be 4
6.20H + 15.50S = 74.40, where H and S are no. of hats and shirts respectively.
THe minimum number of hats, such that the solution can be divided by 15.50 is 2. By substituting the values, we get S to be 4
gmatclubot
Re: At a local clothing store, hats cost $\$ 6.20$ a piece and shirts cost [#permalink]
16 Aug 2025, 00:47
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