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Fully simplify.

(3xy^(3))^(2)
Answer:

Fully simplify.\newline(3xy3)2 \left(3 x y^{3}\right)^{2} \newlineAnswer:

Full solution

Q. Fully simplify.\newline(3xy3)2 \left(3 x y^{3}\right)^{2} \newlineAnswer:
  1. Apply Power of Power Rule: We have the expression (3xy3)2(3xy^{3})^{2}. To simplify, we will apply the power of a power rule, which states that (am)n=amn(a^{m})^{n} = a^{m*n} for any real number aa and integers mm and nn. In this case, we will distribute the exponent of 22 to both the coefficient 33 and the variable term xy3xy^{3}.
  2. Simplify Coefficient: First, we raise the coefficient 33 to the power of 22: (32)=9(3^2) = 9.
  3. Simplify Variable Term: Next, we raise the variable term xy3xy^{3} to the power of 22. This means we multiply the exponents of yy by 22, while xx, which has an implied exponent of 11, will also be squared: (x1y3)2=x12y32=x2y6(x^1 \cdot y^{3})^2 = x^{1\cdot2} \cdot y^{3\cdot2} = x^2 \cdot y^6.
  4. Combine Results: Now, we combine the results from the previous steps to get the fully simplified expression: 9×x2×y69 \times x^2 \times y^6.

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