D
Penjelasan dengan langkah-langkah:
[tex]\begin{aligned}\displaystyle\rm~ \frac{xy}{pqr} \div ( \frac{y {r}^{2} }{pqr} \times \frac{p {q}^{2} }{y {r}^{2} } ) & = \displaystyle\rm~ \frac{xy}{pqr} \div ( \frac{\cancel{y {r}^{2} }}{pqr} \times \frac{p {q}^{2} }{\cancel{y {r}^{2}}} ) \\ \\ & = \displaystyle\rm~ \frac{xy}{pqr} \div \frac{p {q}^{2} }{pqr} \\ \\ & = \displaystyle\rm~ \frac{xy}{\cancel{pqr}} \times \frac{\cancel{pqr}}{p {q}^{2} } \\ \\ & = \displaystyle\rm~ \frac{xy}{p {q}^{2} } \\ & \displaystyle\rm~\longmapsto~opsi~D\end{aligned}[/tex]
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D
Penjelasan dengan langkah-langkah:
[tex]\begin{aligned}\displaystyle\rm~ \frac{xy}{pqr} \div ( \frac{y {r}^{2} }{pqr} \times \frac{p {q}^{2} }{y {r}^{2} } ) & = \displaystyle\rm~ \frac{xy}{pqr} \div ( \frac{\cancel{y {r}^{2} }}{pqr} \times \frac{p {q}^{2} }{\cancel{y {r}^{2}}} ) \\ \\ & = \displaystyle\rm~ \frac{xy}{pqr} \div \frac{p {q}^{2} }{pqr} \\ \\ & = \displaystyle\rm~ \frac{xy}{\cancel{pqr}} \times \frac{\cancel{pqr}}{p {q}^{2} } \\ \\ & = \displaystyle\rm~ \frac{xy}{p {q}^{2} } \\ & \displaystyle\rm~\longmapsto~opsi~D\end{aligned}[/tex]