If `frac{x + 2}{x - 2}` = `frac{7}{3}` find the value of x.

Let (alpha, beta, gamma) be the foot of perpendicular from the point (1, 2, 3,) on the line frac{x 3}{5} = frac{y - 1}{2} = frac{z 4}{3} then 19 (alpha beta gamma)

If the shortest distance between the lines frac{x - lambda} {-2} = frac{y - 2} {1} = frac{z - 1} {1} and frac{x - sqrt 3}{1} = frac{y-1}{-2} = frac{z-2}{1} is 1, then the sum of all possible values of lambda is :

If frac(x)(2x^2+5x+2)=frac(1)(6) , then the value of (x+frac(1)(x)) is

if x + frac(1) (2x) =2 , then find the value of 8x^3 + frac(1)(x^3) (A) 48 (B) 88 (c ) 40 (D) 44

If (x + frac(1)(x))= 2 , then find the value of (x^3 +frac(1)(x^3))/(x^18 +frac(1)(x^18)

If (x+frac(1)(x)): (x-frac(1)(x))=5:4 ,then the value of x is

IF frac(sinfrac(x)(2)+cosfrac(x)(2)+itanfrac(x)(2))(1+2isinfrac(x)(2) is purely real, find the set of value of x.

If a = X , b = div and c = + ,find the value of (7a5c1)b6 4 6 frac(5)(3) 7

If frac(10x)(3) + frac(5)(2) ( 2 - frac(x)(3)) = frac(7)(2) , then the value of x is

If (x^2 +frac(1)(x^2))=6 ,then find the value of (10x-frac(10)(x))