Question

Avocados don’t taste good.

https://imgur.com/PIDUYdT

Answer 1

They both have a y in common

Answer 2

Yeah

Answer 3

Subtract exponents

Answer 4

I think.

Answer 5

Based on properties of exponents you can subtract the exponents

Answer 6

Yes

Answer 7

Yeah

Answer 8

Teacher of the year: @dude

Answer 9

\(\large \frac{x^2y^{4\color{red}{-2}}}{3}=\frac{x^2y^2}{3}\)

Answer 10

My teacher. Shoo. e.e <33

Answer 11

Okay so now what

Answer 12

That is it

Answer 13

o.O

Answer 14

Nothing else to do, that's already simplified

Answer 15

https://imgur.com/xDWQAg7

Answer 16

BTW, any posts that do not contribute to the main discussion are subject to deletion.

Answer 17

Alright.

Answer 18

Says the person who just said something nonmath related.

Answer 19

Huh

Answer 20

No, just leave it as \(\frac{x^2y^2}{3}\)

Answer 21

Technically, it can be simplified further as \(\dfrac{(xy)^2}{3}\)

Answer 22

Okay o.e

Answer 23

True, but I . think teachers only look for that version

Answer 24

Alright alright thank you all