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(iii) 
(1)/(sqrt12)

(iii) 112 \frac{1}{\sqrt{12}}

Full solution

Q. (iii) 112 \frac{1}{\sqrt{12}}
  1. Recognize Simplification: Simplify the expression (1)/(sqrt12)(1)/(sqrt{12}).\newlineFirst, recognize that sqrt12sqrt{12} can be simplified because 1212 is not a prime number and has square factors.
  2. Factorize 1212: Factor 1212 into its prime factors to find squares that can be taken out of the square root.\newline12=22312 = 2^2 * 3.
  3. Rewrite Square Root: Rewrite sqrt12sqrt{12} using the prime factorization.\newlinesqrt12=sqrt223sqrt{12} = sqrt{2^2 * 3}.
  4. Take Out Square Root: Take the square root of the perfect square 222^2 out of the square root.\newlinesqrt223=2sqrt3sqrt{2^2 * 3} = 2 * sqrt{3}.
  5. Divide by Simplified Root: Now, simplify the original expression by dividing 11 by 2sqrt32 * sqrt{3}.\newline(1)/(sqrt12)=(1)/(2sqrt3)(1)/(sqrt{12}) = (1)/(2 * sqrt{3}).
  6. Rationalize Denominator: To rationalize the denominator, multiply the numerator and the denominator by sqrt3sqrt{3}.\newline(1)/(2sqrt3)(sqrt3)/(sqrt3)=(sqrt3)/(23)(1)/(2 * sqrt{3}) * (sqrt{3})/(sqrt{3}) = (sqrt{3})/(2 * 3).
  7. Simplify Denominator: Simplify the denominator.\newline(sqrt3)/(23)=(sqrt3)/6(sqrt{3})/(2 * 3) = (sqrt{3})/6.
  8. Final Simplification: The expression is now fully simplified.\newline(1)/(sqrt12)=(sqrt3)/6(1)/(sqrt{12}) = (sqrt{3})/6.

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