How to simplify a fraction raised to a negative exponent

👉 Learn how to simplify expressions using the power rule and the negative exponent rule of exponents. When several terms of an expression is raised to an exponent outside the parenthesis, the exponent is distributed over the individual terms in the expression and the exponent outside the parenthesis is multiplied to each of the exponents of the individual terms of the expression.

The negative power rule of exponents states that a power with negative exponents is equivalent to the reciprocal of the power with the positive exponent.

Organized Videos:
✅Simplify Using the Rules of Exponents
✅Simplify Using the Rules of Exponents | Power Rule
✅Simplify Using the Rules of Exponents | Product Rule
✅Simplify Using the Rules of Exponents | Quotient Rule
✅Simplify Using the Rules of Exponents | Learn About
✅Simplify Using the Rules of Exponents | Power Rule with Negative Powers
✅Simplify Using the Rules of Exponents | Quotient Rule
✅Simplify Using the Rules of Exponents | Product Rule
✅Simplify Using the Rules of Exponents | Multiply Rational Expressions
✅Simplify Using the Rules of Exponents | Divide Rational Expressions
✅Simplify Using the Rules of Exponents | Add Subtract Rational Expressions

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#Simplfiyexpressions #rulesofexponents #brianmclogan

[barretthodgson]

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[brianmclogan]

just a normal guy in Jacksonville Florida, let me know how else I can help you

[brianmclogan]

thank you very much Ryan for spending the time to write to me. I really appreciate it and am happy to help you in any way that I can. I just hope I am able to teach new classes next year to keep the videos coming.

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[brianmclogan]

2/(3^-1) is equal to 2*(3^1) which equals 6 remember a negative exponent is positive for it's reciprocal ex 1/x^-m = x^m

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[brianmclogan]

happy to help, I have a lot of videos so I hope they can help you for whatever you are looking for

[brianmclogan]

That can be tough for a math class. Keep up the hard work and feel free to use my videos to review or learn at your own pace

[stevemartinalmonds]

Hi Brian, thanks for this video. I was trying to do patterns and all sorts of things to help me understand why this rule works. Found your video by accident when looking for something else about having negative base, with or without parenthesis and with a positive exponent. I count myself lucky I've found your explanation for this problem. Perfect! Thank You!! :-)

[brianmclogan]

Great, you can favorite it and check it out in a couple of months when you need it. Mod G has plenty of the same videos

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