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S is the set of all integer multiples of 999. T is the set o
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12 Oct 2020, 08:38
12 Oct 2020, 08:38
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S is the set of all integer multiples of 999.
T is the set of all integer multiples of 9,999.
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.
Kudos for the right answer and explanation
T is the set of all integer multiples of 9,999.
Quantity A |
Quantity B |
The number of elements in the intersection sets S and T |
9 |
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.
Kudos for the right answer and explanation
Re: S is the set of all integer multiples of 999. T is the set o
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24 Nov 2020, 03:29
24 Nov 2020, 03:29
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Carcass wrote:
S is the set of all integer multiples of 999.
T is the set of all integer multiples of 9,999.
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.
Kudos for the right answer and explanation
T is the set of all integer multiples of 9,999.
Quantity A |
Quantity B |
The number of elements in the intersection sets S and T |
9 |
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.
Kudos for the right answer and explanation
If we take a look at the LCM of 999 and 9999, it is 1109889.
We do not have to perform complex calculations. We need to understand that there will be infinite common multiples of 999 & 9999.
Intersection of multiples of set S and set T is same as multiples which are common between the two sets. As such the correct answer will be option A.
Re: S is the set of all integer multiples of 999. T is the set o
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12 Apr 2022, 00:25
12 Apr 2022, 00:25
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