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We went from amb m to a" Note that only ьт Benjamin had to move. They both end up in a location that makes them feel positive. When simplifiying power expression, always end with all positive exponents. Now, write a scenario that models the expression emf-mg then simplify it mathematically.

We Went From Amb M To A Note That Only Ьт Benjamin Had To Move They Both End Up In A Location That Makes Them Feel Positive When Simplifiying Power Expression A class=

Answer :

[tex]\frac{e^m}{f^mg^m}[/tex]

Here, we want to ensure that all of our answers are in the positive exponent

Mathematically, what we have to do here is to switch the negative exponents to positive ones

To do this, the negative ones are turned to their corresponding fractional form that eliminate the negative exponents according to the rule below;

[tex]x^{-y}\text{ = }\frac{1}{x^y}[/tex]

Thus, we have the following;

[tex]\begin{gathered} f^{-m}\text{ = }\frac{1}{f^m} \\ \\ g^{-m}=\text{ }\frac{1}{g^m} \end{gathered}[/tex]

So, finally we have that;

[tex]\frac{e^m}{f^mg^m}[/tex]

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