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Assuming 
x and 
y are both positive, write the following expression in simplest radical form.

xsqrt(4x^(6)y^(3))
Answer:

Assuming x x and y y are both positive, write the following expression in simplest radical form.\newlinex4x6y3 x \sqrt{4 x^{6} y^{3}} \newlineAnswer:

Full solution

Q. Assuming x x and y y are both positive, write the following expression in simplest radical form.\newlinex4x6y3 x \sqrt{4 x^{6} y^{3}} \newlineAnswer:
  1. Simplify constant term: Simplify the square root of the constant term.\newlineThe constant term inside the square root is 44, which is a perfect square (222^2). We can take the square root of 44 out of the radical.\newline4=2\sqrt{4} = 2
  2. Simplify variable term x6x^{6}: Simplify the square root of the variable term x6x^{6}. Since x6x^{6} is a perfect square (x3)2(x^{3})^{2}, we can take x3x^{3} out of the radical. x6=x3\sqrt{x^{6}} = x^{3}
  3. Simplify variable term y3y^{3}: Simplify the square root of the variable term y3y^{3}. We cannot take the entire y3y^{3} out of the radical because it is not a perfect square. However, we can separate it into y2×yy^{2} \times y, where y2y^{2} is a perfect square and can be taken out of the radical. y3=y2×y=y×y\sqrt{y^{3}} = \sqrt{y^{2} \times y} = y \times \sqrt{y}
  4. Combine results: Combine the results from steps 11, 22, and 33. We multiply the terms that came out of the radical together with the original xx that was outside the radical. x×2×x3×y×y=2x4y×yx \times 2 \times x^{3} \times y \times \sqrt{y} = 2x^{4}y \times \sqrt{y}

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