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S is the set of all integer multiples of 999 ...
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Updated on: 26 May 2018, 17:04
Updated on: 26 May 2018, 17:04
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40% (01:25) correct
59% (01:25) wrong based on 49 sessions
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S is the set of all integer multiples of 999
T is the set of all integer multiples of 9999
• Quantity A is greater.
• Quantity B is greater.
• Both Quantities are Equal
• Cannot be determined
T is the set of all integer multiples of 9999
Quantity A |
Quantity B |
The number of elements in the intersection of sets S and T |
9 |
• Quantity A is greater.
• Quantity B is greater.
• Both Quantities are Equal
• Cannot be determined
Originally posted by jaspelinho on 18 Aug 2016, 06:27.
Last edited by GreenlightTestPrep on 26 May 2018, 17:04, edited 3 times in total.
Last edited by GreenlightTestPrep on 26 May 2018, 17:04, edited 3 times in total.
Edited by Carcass
Re: S is the set of all integer multiples of 999 ...
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18 Aug 2016, 08:07
18 Aug 2016, 08:07
Expert Reply
Please follow the rules for posting in quant section rules-for-posting-please-read-this-before-posting-1083.html
Thank you for your collaboration
regards
- Use at least 3 tags
- Formatting properly the question using the tag quantity above the post itself when you create a new one
- Posting if you have the OA and OE.
Thank you for your collaboration
regards
Retired Moderator
Joined: 10 Apr 2015
Posts: 6218
Given Kudos: 136
Re: S is the set of all integer multiples of 999 ...
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19 Aug 2016, 05:43
19 Aug 2016, 05:43
2
jaspelinho wrote:
S is the set of all integer multiples of 999
T is the set of all integer multiples of 9999
• Quantity A is greater.
• Quantity B is greater.
• Both Quantities are Equal
• Cannot be determined
T is the set of all integer multiples of 9999
Quantity A |
Quantity B |
The number of elements in the intersection of sets S and T |
9 |
• Quantity A is greater.
• Quantity B is greater.
• Both Quantities are Equal
• Cannot be determined
Notice that (999)(9999) is an integer multiple of 999
ALSO, (999)(9999) is an integer multiple of 9999
So, sets S and T have this value in common.
Now notice that (2)(999)(9999) is an integer multiple of 999, AND it's an integer multiple of 9999. So, sets S and T have this value in common.
Also, (3)(999)(9999) is an integer multiple of 999, AND it's an integer multiple of 9999. So, sets S and T have this value in common.
And (4)(999)(9999) is an integer multiple of 999, AND it's an integer multiple of 9999. So, sets S and T have this value in common.
As you can see, we can continue this line of reasoning FOREVER.
So, we get:
Quantity A: INFINITY
Quantity B: 9
Answer:
Show: ::
A
