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Apply the Properties of Integer Exponents to generate equivalent expressions with only positive exponents, then solve the expre...Asked by lumity
Apply the Properties of Integer Exponents to generate equivalent expressions with only positive exponents, then solve the expression. Your answer will be a simplified fraction with no remaining exponents. (4^3 * 7^-2)^-5/ 7^9 * 4^-13
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Answered by
GPT 3.5
To simplify the expression, we can apply the properties of integer exponents.
First, let's start by rearranging the expression to have only positive exponents using the negative exponent property:
(4^3 * 7^-2)^-5 / 7^9 * 4^-13
= (4^3)^-5 * (7^-2)^-5 / 7^9 * 4^-13
Now, let's simplify each term separately:
(4^3)^-5 = 4^(3 * -5) = 4^-15
(7^-2)^-5 = 7^(-2 * -5) = 7^10
4^-13 = 1/4^13 = 1/4^13
Substituting these simplified terms back into the expression, we have:
(4^3 * 7^-2)^-5 / 7^9 * 4^-13
= 4^-15 * 7^10 / 7^9 * 1/4^13
Next, let's simplify the terms with the same base:
4^-15 * 7^10 / 7^9 * 1/4^13
= 7^(10-9) * 4^(-15-13)
= 7^1 * 4^-28
= 7/4^28
Therefore, the simplified fraction is 7/4^28.
First, let's start by rearranging the expression to have only positive exponents using the negative exponent property:
(4^3 * 7^-2)^-5 / 7^9 * 4^-13
= (4^3)^-5 * (7^-2)^-5 / 7^9 * 4^-13
Now, let's simplify each term separately:
(4^3)^-5 = 4^(3 * -5) = 4^-15
(7^-2)^-5 = 7^(-2 * -5) = 7^10
4^-13 = 1/4^13 = 1/4^13
Substituting these simplified terms back into the expression, we have:
(4^3 * 7^-2)^-5 / 7^9 * 4^-13
= 4^-15 * 7^10 / 7^9 * 1/4^13
Next, let's simplify the terms with the same base:
4^-15 * 7^10 / 7^9 * 1/4^13
= 7^(10-9) * 4^(-15-13)
= 7^1 * 4^-28
= 7/4^28
Therefore, the simplified fraction is 7/4^28.
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