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Rewrite the expression in the form 
k*y^(n).
Write the exponent as an integer, fraction, or an exact decimal (not a mixed number).

(8y^(2))/(2root(4)(y))=◻

Rewrite the expression in the form kyn k \cdot y^{n} .\newlineWrite the exponent as an integer, fraction, or an exact decimal (not a mixed number).\newline8y22y4= \frac{8 y^{2}}{2 \sqrt[4]{y}}=\square

Full solution

Q. Rewrite the expression in the form kyn k \cdot y^{n} .\newlineWrite the exponent as an integer, fraction, or an exact decimal (not a mixed number).\newline8y22y4= \frac{8 y^{2}}{2 \sqrt[4]{y}}=\square
  1. Simplify Coefficients and Root: We are given the expression (8y2)/(2y4)(8y^{2})/(2\sqrt[4]{y}). The first step is to simplify the expression by dividing the coefficients and rewriting the root as an exponent.\newlineDivide 88 by 22.\newline8/2=48 / 2 = 4\newlineRewrite the fourth root of y as y1/4y^{1/4}.\newlineExpression becomes: 4y2y1/44y^{2} \cdot y^{-1/4}
  2. Combine Like Terms: Now we need to combine the yy terms by adding their exponents, since they have the same base and are being multiplied.\newlineUse the rule: yayb=ya+by^{a} \cdot y^{b} = y^{a+b}\newlineAdd the exponents 22 and 14-\frac{1}{4}.\newline2+(14)=214=8414=742 + (-\frac{1}{4}) = 2 - \frac{1}{4} = \frac{8}{4} - \frac{1}{4} = \frac{7}{4}\newlineExpression becomes: 4y744y^{\frac{7}{4}}

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