Answer this essential question:

"How can the properties of rational exponents be applied to simplify expressions with radicals or rational exponents?"

Question

28-11-2016
Mathematics

Answered

Answer this essential question:

"How can the properties of rational exponents be applied to simplify expressions with radicals or rational exponents?"

Verified Answer :

Related Questions

Clint had 74887 in his checking account and a check that he wrote to his landlord for 72500 was just deposited This will result in which if any of the following

What is the term that describes the fact that owners of sole proprietorships and partnerships arunlimited liabilitye totally personally responsible for all the

The Confederation Congress sold the nations western lands to raise national revenue a as a result of economic concerns voiced during Shayss Rebellion b to promo

Toms weight is 20 pounds less than twice carls weight if together tom and carl weigh 340 pounds how much does tom weigh

What are three similarities among the inner planets

Two gardens are being fenced in Both gardens will require the same amount of fencing both gardens have the same perimeter in meters One garden is in the shape o

Read this statement if you call the number on your screen in of these adorable kittens who need a home can be yours which type of audience Appel does the statem

What trait does Karanas adopting Rontu represent A her fearlessness because the dog could kill her B her happiness because she misses the dog she lost C her rec

Which is a recursive formula for the sequence 994 0 994 1988 where f1 994

Read the following passage Which early river valley civilization does it describe This kingdom developed along the Yellow River It protected its large territory

kishonwinston kishonwinston · Answer 1 · 2016-11-28T00:47:58-05:00

Not sure how to phrase it, but basically, Rational exponents are just roots in exponent form. Ex: 3rd root of x = x^(1/3).

This means you can swtich back and forth with them easily to simplify problems. This also means that properties of both can be applied to both (although they have identical properties)

So if you have a^(1/m) * a^(1/n) then because of exponents properties you know we can simplify with a^(1/m + 1/n) This is the same with negative exponents and other properties.

Sorry if my explanation is bad, and hopefully you learn, even if a little.

Answer this essential question:"How can the properties of rational exponents be applied to simplify expressions with radicals or rational exponents?"

Verified Answer :

Related Questions

Answer this essential question:

"How can the properties of rational exponents be applied to simplify expressions with radicals or rational exponents?"