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# Partitioning Monomials .

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Category: Education / Career
Description
For all whole numbers
Transcripts
Slide 1

﻿Partitioning Monomials

Slide 2

Let\'s take a gander at the standards. For all whole numbers "m" and "n" and any nonzero number "a" … When the issues resemble this, and the bases are the same, you will subtract the examples. ANY number raised to the zero power is equivalent to ONE. In the event that the example is negative, it is composed on the wrong side of the division bar, move it to the opposite side.

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1. Subtract the types 2. While isolating the coefficients or subtracting the examples, put the appropriate response in favor of the division bar that has the bigger incentive for that term. Partition the coefficients

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If you\'re experiencing difficulty with the tenets, attempt it like this… … First, figure numerator and denominator prime elements. Second, cross out like terms start to finish. (decrease) Third, list remaining terms and duplicate them back together.

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U\'s wipe out Each other 3. Subtract the types 4. While isolating the coefficients or subtracting the examples, put the appropriate response in favor of the part bar that has the bigger incentive for that term. Separate the coefficients

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5. Keep in mind, if the type is negative, the term is composed on the wrong side of the part bar, move it to the opposite side. 6. Presently Subtract The Exponents

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Now isolate the coefficients yet now ADD the examples Fix your negative type 7. 8. ANY number raised to the zero power is equivalent to ONE.

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Now isolate the coefficients and join the types Fix your negative types 9.

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Exponents OUTSIDE And INSIDE … Distribute!! 10. 11.

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First – Simplify the numerator!! 12. At that point the denominator Now Subtract The Exponents

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First – Simplify the numerator!! 13. At that point the denominator Now Subtract The Exponents

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Exponents OUTSIDE And INSIDE … Distribute!! 14. Settle your Negative types Now Subtract The Exponents

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Steps Multiply examples Fix negative types Any neg. number raised to try and power gets to be distinctly positive… Subtract types (unless they are alongside each other—then include)

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Exponents OUTSIDE And INSIDE … Distribute!! 15. Settle your Negative types Now Subtract The Exponents

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16.

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Multiply examples

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Exponents OUTSIDE And INSIDE … Distribute!! Any neg. number raised to an even power is certain Use ( ) when Typing the - 4 Into adding machine!

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