To simplify the expression \(\frac{10}{2p - 6} - \frac{p}{6p - 18}\), we first factor the denominators.
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Factor the denominators:
- The first denominator: \[ 2p - 6 = 2(p - 3) \]
- The second denominator: \[ 6p - 18 = 6(p - 3) \]
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Rewrite the expression with factored denominators: \[ \frac{10}{2(p - 3)} - \frac{p}{6(p - 3)} \]
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Find a common denominator: The common denominator is \(6(p - 3)\).
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Rewrite each fraction with the common denominator:
- For the first fraction: \[ \frac{10}{2(p - 3)} = \frac{10 \cdot 3}{2(p - 3) \cdot 3} = \frac{30}{6(p - 3)} \]
- The second fraction is already in terms of the common denominator: \[ \frac{p}{6(p - 3)} \]
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Combine the fractions: \[ \frac{30}{6(p - 3)} - \frac{p}{6(p - 3)} = \frac{30 - p}{6(p - 3)} \]
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Simplify the final fraction if possible: The expression \(\frac{30 - p}{6(p - 3)}\) does not simplify further because \(30 - p\) does not factor.
Thus, the answer in simplest form is: \[ \frac{30 - p}{6(p - 3)} \]