Multiply. Simplify your answer. 17mn/17m^2 * 11m^2n^2 ______

Write Problem and Identify Factors: Write down the multiplication problem and identify common factors in the numerator and denominator. We have (17mn)/(17m^2) * (11m^2n^2). We can see that there is a common factor of 17m in the numerator and denominator.Cancel Common Factors: Cancel out the common factors. The 17m in the numerator cancels with one of the m's in the 17m^2 in the denominator, leaving us with n/m * 11m^2n^2.Multiply Remaining Factors: Multiply the remaining factors. Multiplying n/m by 11m^2n^2 gives us (n * 11m^2n^2) / m.Simplify Expression: Simplify the expression by combining like terms. The m in the denominator cancels with one of the m's in the m^2 in the numerator, leaving us with 11mn^3.

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Multiply. Simplify your answer. $\newline$ $\frac{17mn}{17m^2} \times 11m^2n^2$

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Algebra 1

Multiply and divide rational expressions

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Q. Multiply. Simplify your answer.

\newline

\frac{17mn}{17m^2} \times 11m^2n^2

Write Problem and Identify Factors: Write down the multiplication problem and identify common factors in the numerator and denominator. $\newline$ We have $(17mn)/(17m^2) \times (11m^2n^2)$ . We can see that there is a common factor of $17m$ in the numerator and denominator.
Cancel Common Factors: Cancel out the common factors. $\newline$ The $17m$ in the numerator cancels with one of the $m$ 's in the $17m^2$ in the denominator, leaving us with $\frac{n}{m} \times 11m^2n^2$ .
Multiply Remaining Factors: Multiply the remaining factors. $\newline$ Multiplying $\frac{n}{m}$ by $11m^2n^2$ gives us $\left(\frac{n \times 11m^2n^2}{m}\right)$ .
Simplify Expression: Simplify the expression by combining like terms. The $m$ in the denominator cancels with one of the $m$ 's in the $m^2$ in the numerator, leaving us with $11mn^3$ .