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I noticed that M04 has a couple of questions around 0's and I screwed them up
Here's what I know about 0's
0 = even 0 is not negative, nor is it positive 0! = 1 (for whatever reason) 0^-1 = undefined (because it is 1/0)
But what is 0^0? Is it 1 or is it 0?
MGMAT book says "By definition, any base raised to 0 power yields 1" and "Any exponent expression with a base of 0 always yields 0, regardless of exponent"
I know this may be simple for some, but I never learned this. Thanks for your help
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MGMAT book says "By definition, any base raised to 0 power yields 1" and "Any exponent expression with a base of 0 always yields 0, regardless of exponent"
I know this may be simple for some, but I never learned this. Thanks for your help
Show more
No, it's not simple even for mathematicians. There's debate about how 0^0 should be defined; some think it should be defined to be equal to 1, but normally it's considered to be undefined (because, if you know calculus, limit(x -> 0) x^0 = 1, while limit(x -> 0) 0^x = 0).
So the MGMAT book is incorrect, if you've quoted it accurately- they should leave out the case of 0^0. Not that it matters on the GMAT- you'll never encounter this exceptional case on the test.
MGMAT book says "By definition, any base raised to 0 power yields 1" and "Any exponent expression with a base of 0 always yields 0, regardless of exponent"
I know this may be simple for some, but I never learned this. Thanks for your help
No, it's not simple even for mathematicians. There's debate about how 0^0 should be defined; some think it should be defined to be equal to 1, but normally it's considered to be undefined (because, if you know calculus, limit(x -> 0) x^0 = 1, while limit(x -> 0) 0^x = 0).
So the MGMAT book is incorrect, if you've quoted it accurately- they should leave out the case of 0^0. Not that it matters on the GMAT- you'll never encounter this exceptional case on the test.
Show more
You are right, the number is actually undefined.
But for that matters, 0^0 is often said in maths to be equal to 1. That is what solved most of the "issues" with this number. But this is just a convention and you should never really find this in the GMAT.
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.