Question

Factorizing polynomials Help?

Answer 1

here is the question same question @kool_22

Answer 2

sorry same question

Answer 3

@lol3232 @Awolflover1 @Vivek3461

Answer 4

those are t's not plus signs by the way

Answer 5

Hmm

Answer 6

Its simplification i guess, not factorizing

Answer 7

ok can you help?

Answer 8

@StudyGurl14 @SolomonZelman

Answer 9

@geniousmind13 I think they are plus signs tag the other girl

Answer 10

ok

Answer 11

@Lilblister

Answer 12

it looks like she is offline

Answer 13

so what do we do just solve it and then tell her how to do it when she comes back or just let it go?

Answer 14

\(\Large\frac{r^2s^4t}{r^2st^4}\)
First off, the \(r^2\) cancel out.

Answer 15

ok

Answer 16

Rules of exponents:
\(\huge\frac{x^n}{x^m}=x^{n-m}\)

Answer 17

ok what next?

Answer 18

@geniousmind13 we should tell her how to solve it when we have the answer we will put it in her q

Answer 19

ok sounds great @kool_22

Answer 20

Use the rule.

Answer 21

how? that is what we don't get? @StudyGurl14

Answer 22

do you get how to use the rule @kool_22

Answer 23

hold on give me 5 mins brb

Answer 24

ok

Answer 25

the rs cancel out to get
\(\Large\frac{s^4t}{st^4}\)
Using the rule, you get...
\(\Large s^{4-1}t^{1-4}\)
Simplify

Answer 26

so it would bring it to s^3t^-3?

Answer 27

gatta go bye

Answer 28

nevermind don't have to leave for an hr and a half

Answer 29

@StudyGurl14 was i right on the simplification?

Answer 30

yep. but the t^-3 would turn into 1/t^3, so...
\(\Large\frac{s^3}{t^3}\)

Answer 31

ok thank you for your help :):):):):):):):)