Question

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Answer 1

i wanted to know how to do it though but i'll just work backward

Answer 2

@Loser66

Answer 3

@Astrophysics

Answer 4

You can use the rational zero theorem, where you look at your last term and your first term, so we have \[\frac{ \text{factors of 20} }{ \text{factors of 1} }\]

Answer 5

I think that's a pretty easy way to do it :), so list your factors but remember there are positive and negative terms.

Answer 6

So since it's a polynomial we can treat the first term as P and last term as Q\[\frac{ P }{ Q } = \frac{ \text{factors of 20} }{ \text{factors of 1} }\] so just a nicer way of putting it.

Answer 7

So what are the factors of 20?

Answer 8

20 and 1, 2 and 10, 4 and 5

Answer 9

come on human calculator XD

Answer 10

Factors of 20 are 1,2,4,5,10,20 so you got that :) now what are the factors of 1

Answer 11

1

Answer 12

But remember it's positive and negative!

Answer 13

so 1 and 1, -1 and -1

Answer 14

So we have \[\frac{ P }{ Q } = \pm \frac{ 1,2,4,5,10,20 }{ 1 } = \pm 1,2,4,5,10,20 \] :)

Answer 15

Easy peasy right?

Answer 16

yup. Is that positive negative for all of them?

Answer 17

so the answer is c, right?

Answer 18

Yup! This \[\pm \] indicates it has a positive value and negative, and yup that sounds good!

Answer 19

i fanned you, you are awesome!

Answer 20

Haha, thanks! It's always fun to learn with people!