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Multiply. Simplify your answer. \newline9p24p×13n\frac{9p^2}{4p} \times 13n

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Q. Multiply. Simplify your answer. \newline9p24p×13n\frac{9p^2}{4p} \times 13n
  1. Rewrite fractions for multiplication: Rewrite the multiplication of the two fractions. The expression 9p24p×13n\frac{9p^2}{4p} \times 13n can be written as (9p24p)×(13n1)\left(\frac{9p^2}{4p}\right) \times \left(\frac{13n}{1}\right) to make it clear that we are multiplying two fractions.
  2. Multiply numerators and denominators: Multiply the numerators together and the denominators together. The numerator of the first fraction is 9p29p^2 and the numerator of the second fraction is 13n13n, so their product is 9p2×13n9p^2 \times 13n. The denominator of the first fraction is 4p4p and the denominator of the second fraction is 11, so their product is 4p×14p \times 1.
  3. Calculate products: Calculate the products. Multiplying the numerators, we get 9p2×13n=117np29p^2 \times 13n = 117np^2. Multiplying the denominators, we get 4p×1=4p4p \times 1 = 4p.
  4. Combine products into new fraction: Combine the products to form a new fraction. The new fraction is 117np24p\frac{117np^2}{4p}.
  5. Simplify fraction: Simplify the fraction by canceling common factors. The term pp appears in both the numerator and the denominator, so we can cancel one pp from the numerator and one pp from the denominator. This gives us 117n4\frac{117n}{4}.

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