Select all of the terms that are "like."
xy^2
2xy
x^2
-xy
2x^2y
1/2xy
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OpenStudy (anonymous):
@ospreytriple
OpenStudy (confluxepic):
Like? @hhelpplzzzz
OpenStudy (anonymous):
I'm not sure what is meant by like.
OpenStudy (godlovesme):
ummm.. is it asking u to separate the like terms? :/ @hhelpplzzzz
OpenStudy (anonymous):
im not sure what it means:(
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OpenStudy (anonymous):
But, assuming that "like" means that each of the variables are the same degree (raised to the same exponent), I see a couple of the choices that fit that description.
OpenStudy (godlovesme):
me neither >.>
OpenStudy (confluxepic):
But there will be two sides if you group them by the power of their exponents. @ospreytriple
OpenStudy (confluxepic):
Never mind. I must have misread.
OpenStudy (confluxepic):
There would be three sides.
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OpenStudy (anonymous):
I'm thinking about it this way; in each of the choices there are
1) constants
2) x variable
3) y variable
Are there any choices in which both x and y are raised to the same exponent?
For example, in choice 1, x has exponent 1 and y has exponent 2. Are there any other choices where x and y have these same exponents?