Find the least common multiple of these two expressions. \[ 9 w^{3} y^{5} v^{8} \text { and } 15 w^{2} v^{6} \]
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To find the least common multiple (LCM) of the two expressions \(9 w^{3} y^{5} v^{8}\) and \(15 w^{2} v^{6}\), we start by breaking down both coefficients and variables. First, consider the coefficients: - The prime factorization of \(9\) is \(3^2\). - The prime factorization of \(15\) is \(3^1 \times 5^1\). To find the LCM of the coefficients, we take the highest power of each prime: - For \(3\), the highest power is \(3^2\) (from \(9\)). - For \(5\), the highest power is \(5^1\) (from \(15\)). Therefore, the LCM of the coefficients is: \[ 3^2 \times 5^1 = 9 \times 5 = 45. \] Next, we consider the variables: - For \(w\), we take the highest power from both expressions: \(w^3\) (from \(9 w^{3} y^{5} v^{8}\)). - For \(y\), it only appears in the first expression, so we take \(y^5\). - For \(v\), we take the highest power: \(v^8\) (from \(9 w^{3} y^{5} v^{8}\)). Putting it all together, the LCM of the two expressions is: \[ 45 w^3 y^5 v^8. \] So, the least common multiple of \(9 w^{3} y^{5} v^{8}\) and \(15 w^{2} v^{6}\) is: \[ \boxed{45 w^3 y^5 v^8}. \]
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