Tyrone claims that the first step to simplify this expression is to raise the numerator and denominator to the third power. Alisha claims that the first step to simplify is to apply the quotient of powers. Who is correct? m^2n^-3/m^6n^-1

Respuesta :

Answer:

Both are correct. Either rule applied first will have the same result. Both rules will be used either way, and the order in which they are applied does not matter as long as they are applied correctly at each step.

Step-by-step explanation:

thats it step by step

Simplification is the process to express an expression in simplest form. Both of their methods are correct but Alisha's method is short and easy.

What is simplification of an expression?

Simplification is the process to express an expression in simplest form.

Simplification doesn't modify the value of expression.

For the given case, the expression is

[tex]\dfrac{m^2n^{-3}}{m^6n^{-1}}[/tex]

If we cube it, it won't remain same as before (because generally, cube of a value is not itself, and its only true for -1 and 1)

(and we will need to undo it, by taking cube root, which makes this method unnecessarily long process)

The correct method is to apply the quotient of powers. This is done as;

[tex]\dfrac{m^2n^{-3}}{m^6n^{-1}} = m^{2-6}n^{-3-(-1)} = m^{-4}n^{-2} = \dfrac{1}{m^4n^2}[/tex]

Since, we have

[tex]a^b/a^c = a^{b+c} \\and\\a^b \times a^c = a^{b+c}[/tex]

Thus,

Both of their methods are correct but Alisha's method is short and easy.

Learn more about simplification here:

https://brainly.com/question/26437497