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An off-season discount of 10% is being offered at a store fo
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29 Apr 2019, 02:23
29 Apr 2019, 02:23
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Question Stats:
35% (00:38) correct
64% (00:49) wrong based on 123 sessions
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An off-season discount of 10% is being offered at a store for any purchase with list price above $500. No other discounts are offered at the store. John purchased a computer from the store for $459.
A)The quantity in Column A is greater.
B)The quantity in Column B is greater.
C)The two quantities are equal.
D)The relationship cannot be determined from the information given.
Quantity A |
Quantity B |
The list price (in dollars) of the computer that John purchased |
500 |
A)The quantity in Column A is greater.
B)The quantity in Column B is greater.
C)The two quantities are equal.
D)The relationship cannot be determined from the information given.
Re: An off-season discount of 10% is being offered at a store fo
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02 May 2019, 11:48
02 May 2019, 11:48
Any solutions to this please?
Re: An off-season discount of 10% is being offered at a store fo
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03 May 2019, 01:34
03 May 2019, 01:34
4
Expert Reply
Actually, I really do love this question. I would say is the best question in QC area I came across. Why ?
Actually you do not need either to touch your pencil and do the counts.
It is pure logic and the solution is in the stem
An off-season discount of 10% is being offered at a store for any purchase with list price above $500.
Ok. So we do know that ABOVE a $500 purchase we will have a discount in the order of 10% but no more than this. Even if you buy an item of one million of dollars the discount is still 10%
No other discounts are offered at the store. John purchased a computer from the store for $459.
The underlined part is the solution to the problem, eventually: John bought an item for $459 so he will not receive the discount. The price he have paid is full. However, We do not know whether the $459 price that John paid for the computer was with the discount offer or without the discount offer.
Hope this helps
Regards
Actually you do not need either to touch your pencil and do the counts.
It is pure logic and the solution is in the stem
An off-season discount of 10% is being offered at a store for any purchase with list price above $500.
Ok. So we do know that ABOVE a $500 purchase we will have a discount in the order of 10% but no more than this. Even if you buy an item of one million of dollars the discount is still 10%
No other discounts are offered at the store. John purchased a computer from the store for $459.
The underlined part is the solution to the problem, eventually: John bought an item for $459 so he will not receive the discount. The price he have paid is full. However, We do not know whether the $459 price that John paid for the computer was with the discount offer or without the discount offer.
Hope this helps
Regards
