Question

Help

Answer 1

\[\frac{(3s^{-3})^5}{3s^{-2}} \]

Answer 2

The exponent can't be negative.

Answer 3

1s? thats it?

Answer 4

First off, let’s do the exponents rule of multiplication on the top

\((3s^{-3})^5\)
to
\(3s^{-3+5}\) which equals \(3s^2\)

Now we can add that back to the equation
\(\dfrac{3s^2}{3s^{-2}}\)

Use the rule of exponents for division
\(\dfrac{3s^2}{3s^{-2}\) (subtract the exponents)
\(\dfrac{3s}{3s}^0\)

Now we can simplify it by division and you would get
\(1s^0\)

Answer 5

I tried to help but i honestly don't know sorry

Answer 6

You want me to try just 1s?

Answer 7

The exponents would just be zero if you go by the rules

Multiplication: add
Division: subtraction

Answer 8

Okay

Answer 9

Let me try 1s then.

Answer 10

Yes that was right thank you.

Answer 11

No problem ^^