00:01
All right, so they want us to divide the following hormomial by a monomule and then repeat the process again with a binomial.
00:08
So for the monomile one, i just have to split up my terms with my common denominator and then simplify my coefficients and my variables.
00:24
So for my first one, nine divides by three evenly.
00:29
It's three.
00:30
And then i can subtract my exponents.
00:32
So three minus one.
00:34
For my next one, 3 divides by 3 evenly, it's 1.
00:38
And then i can subtract my exponents, so 2 minus 1.
00:42
For my next 1, 4 and 3, it's the most i can do.
00:48
And then subtracting my exponents, so 1 minus 1.
00:52
And then for my last 1, 4 and 3 don't simplify, and there's no x to cancel out, so it stays on the bottom.
00:59
So cleaning this up, 3 minus 1 is 2.
01:04
2 minus 1 is 1.
01:08
1 minus 1 is 0.
01:11
And the last one does not change.
01:15
That would be my answer if i divided it by a monomial.
01:20
If i did it by a binomial, i would have to set up my long division, going from the largest degree to smallest degree.
01:32
And then once i have that, i am going to match my largest degree from both...