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Hi, Could someone please confirm if the following statement is true?
If there is one EVEN integer in a series of consecutive integers, the product of the series is divisible by 2. If there are two even integers, the product of the series is divisible by 4.
I am a little confused since I thought somewhere I also read, if there are two consecutive even integers it is divisible by 8. I am not sure which one is correct! Please help.
Thanks
Archived Topic
Hi there,
This topic has been closed and archived due to inactivity or violation of community quality standards. No more replies are possible here.
Still interested in this question? Check out the "Best Topics" block below for a better discussion on this exact question, as well as several more related questions.
Hi, Could someone please confirm if the following statement is true?
If there is one EVEN integer in a series of consecutive integers, the product of the series is divisible by 2. If there are two even integers, the product of the series is divisible by 4.
I am a little confused since I thought somewhere I also read, if there are two consecutive even integers it is divisible by 8. I am not sure which one is correct! Please help.
Thanks
Show more
Please note that any two consecutive even integers product will be divisible by 4 and 8 also. You may check by your self.
Hi, Could someone please confirm if the following statement is true?
If there is one EVEN integer in a series of consecutive integers, the product of the series is divisible by 2. If there are two even integers, the product of the series is divisible by 4.
I am a little confused since I thought somewhere I also read, if there are two consecutive even integers it is divisible by 8. I am not sure which one is correct! Please help.
Thanks
Please note that any two consecutive even integers product will be divisible by 4 and 8 also. You may check by your self.
Show more
what if the two integers are 0 and 2, is product divisible by 8?
Hi, Could someone please confirm if the following statement is true?
If there is one EVEN integer in a series of consecutive integers, the product of the series is divisible by 2. If there are two even integers, the product of the series is divisible by 4.
I am a little confused since I thought somewhere I also read, if there are two consecutive even integers it is divisible by 8. I am not sure which one is correct! Please help.
Thanks
Please note that any two consecutive even integers product will be divisible by 4 and 8 also. You may check by your self.
what if the two integers are 0 and 2, is product divisible by 8?
Show more
0*2=0 --> 0 is divisible by 8.
Zero is divisible by EVERY integer except zero itself, since 0/integer=integer (or, which is the same, zero is a multiple of every integer).
Hi, Could someone please confirm if the following statement is true?
If there is one EVEN integer in a series of consecutive integers, the product of the series is divisible by 2. If there are two even integers, the product of the series is divisible by 4.
I am a little confused since I thought somewhere I also read, if there are two consecutive even integers it is divisible by 8. I am not sure which one is correct! Please help.
Thanks
Show more
Don't bank on what you learn - it is easy to get confused in the test. Try to understand why this is so.
An even integer looks like this: 2a
Two even consecutive integers look like this: 2a, 4b When you have two even consecutive integers, one of them must be divisible by 4 and the other will not be since a multiple of 4 comes in every fourth number e.g. (2, 4), (4, 6), (6, 8), (8, 10) etc
In a product has two consecutive even integers, it will have 2a*4b*.... i.e. it will have an 8. So it will be divisible by 8 (which automatically means it is divisible by 4 and 2 too)
Archived Topic
Hi there,
This topic has been closed and archived due to inactivity or violation of community quality standards. No more replies are possible here.
Still interested in this question? Check out the "Best Topics" block above for a better discussion on this exact question, as well as several more related questions.