dude, its summer!
2006-07-15 02:34:57
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answer #1
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answered by Anonymous
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2g^5 - 2g^4 +2g^3 -2g^2
the law of exponent applied is multiplying exponential terms with the same base.
The law states that when we multiply factors having the same base, we simply copy the common base and then add their respective exponents. Furthermore, we also apply the ditributive property of mutiplication over addition to simplify the problem.
2006-07-15 03:22:07
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answer #2
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answered by baeyongmok 2
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2g^2 (g^3 - g^2 + g - 1)
You "distribute" the 2g^2 into the polynomial:
[(2g^2 * g^3) - (2g^2 * g^2) + (2g^2 * g) - (2g^2 * 1)]
The law of exponents says when you multiply, say, x^2 and x^4, you add the exponents, x^2 * x^4 = x^6
So do the same with the "g's"
[(2g^(2+3)) - (2g^(2+2)) + (2g^(2+1)) - (2g^2)]
=2g^5 - 2g^4 + 2g^3 - 2g^2
2006-07-15 12:13:28
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answer #3
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answered by Anonymous
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using the distributive law and removing the brackets
=2g^5-2g^4+2g^3-2g
2006-07-15 03:09:34
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answer #4
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answered by raj 7
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2g^2(g^3 - g^2 + g - 1) = 2g^5 - 2g^4 + 2g^3 - 2g^2
2006-07-15 02:56:51
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answer #5
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answered by Cepheid 3
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(2g^2)(g^3 - g^2 + g - 1)
(2 * g^(2 + 3)) - (2 * g^(2 + 2)) + (2 * g^(2 + 1)) - (2 * g^(2 + 0))
2g^5 - 2g^4 + 2g^3 + 2g^2
2006-07-15 06:00:52
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answer #6
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answered by Sherman81 6
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2g^5 - 2g^4+2g^3 - 2g^2
but I'm voting for the first answer
2006-07-15 02:36:16
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answer #7
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answered by Anonymous
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[2g^2][(g-1)^2][(g+1)]
2006-07-15 03:10:39
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answer #8
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answered by papajoe 1
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