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Express the following fraction in simplest form, only using positive exponents.

(2h)/(-4(h^(-2))^(2))
Answer:

Express the following fraction in simplest form, only using positive exponents.\newline2h4(h2)2 \frac{2 h}{-4\left(h^{-2}\right)^{2}} \newlineAnswer:

Full solution

Q. Express the following fraction in simplest form, only using positive exponents.\newline2h4(h2)2 \frac{2 h}{-4\left(h^{-2}\right)^{2}} \newlineAnswer:
  1. Identify Negative Exponent: Write down the given expression and identify the negative exponent.\newlineThe given expression is (2h)/(4(h2)2)(2h)/(-4(h^{-2})^2).\newlineWe need to simplify this expression and express it with only positive exponents.
  2. Simplify Denominator: Simplify the denominator by applying the power to the negative exponent.\newlineThe denominator is 4(h2)2-4(h^{-2})^2. We need to square both the coefficient and the variable with the negative exponent.\newline(4)2=16(-4)^2 = 16\newline(h2)2=h4(h^{-2})^2 = h^{-4}\newlineSo, the denominator becomes 16h416h^{-4}.
  3. Rewrite Expression: Rewrite the expression with the simplified denominator.\newlineNow the expression is (2h)/(16h4)(2h)/(16h^{-4}).
  4. Remove Negative Exponent: Apply the property of exponents to remove the negative exponent by bringing it to the numerator. \newlineh4h^{-4} in the denominator is the same as h4h^4 in the numerator.\newlineSo, the expression becomes (2hh4)/16(2h \cdot h^4)/16.
  5. Combine Like Terms: Simplify the expression by combining like terms in the numerator. In the numerator, we have 2h×h42h \times h^4 which simplifies to 2h52h^5. Now the expression is 2h516\frac{2h^5}{16}.
  6. Simplify Fraction: Simplify the fraction by dividing both the numerator and the denominator by their greatest common divisor.\newlineThe greatest common divisor of 22 and 1616 is 22.\newlineDivide both the numerator and the denominator by 22.\newline2h52/162=h58\frac{2h^5}{2} / \frac{16}{2} = \frac{h^5}{8}.

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