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\[-18x^2y^4/6x^7y^2\]

is this what you mean

YES

Sorry for the caps

ok great
think of it like this
\[-18x*x*y*y*y*y/6x*x*x*x*x*x*x*y*y\]

I know it looks long but now think about canceling

okay so when dividing you subtract then right

yes if you had X^3/x^2 you would have x^3-2

yes! but you have one little error. do you see it?

the negative sign

yep! good work!

well from the way the question was worded it said to rewrite with positive exponents

okay so I was right when I said the problem I got -3x^5y^2 but it doesn't look right to me

I see what you mean the simplied version will be-3x^-5y^2

like this
\[-3y^2 / x^5\]

okay is that the way it is supposed to look

I wasn't sure

yep! simpfied here means that you did all of the division you could

remember that x^-3 = 1/(x^3) for example

one other question when you multiply 2 negatives you get 2 positives correct?

okay that's right

Negative * negative = postive

okay thanks

np!

Thank you again for helping me to answer my problem

I gave you a medal and fanned you also

No problem anytime!