The direction ratios of two parallel lines are `4, -3, -1` and `lambda+mu,1+mu,2`. The value of the pair `(lambda,mu)` is

The d.r's of two parallel lines are 4, - 3, -1 and lambda + mu, 1 + mu,2 . Then (lambda,mu) is

If the direction ratios of two lines are (1, lambda, 2) and (lambda, lambda + 1, lambda) and the angle between the lines is 90^(@) then the modulus of sum of all values of lambda is ________

If the direction ratios of two lines are (1, lambda, 2) and (lambda, lambda + 1, lambda) and the angle between the lines is 90^(@) then the modulus of sum of all values of lambda is ________

Two vertices of a triangle are (5,-1) and (-2,3) .The orthocenter of the triangle is the origin. If the third vertex is (lambda,mu) then the value of 7 lambda-4 mu is

The mid-point of the chord intercepted on the line 4x-3y+4=0 by the parabola y^2=8x" is "(lambda,mu) , thus the value of (4lambda+mu) is

The mid-point of the chord intercepted on the line 4x-3y+4=0 by the parabola y^2=8x" is "(lambda,mu) , thus the value of (4lambda+mu) is

If tan((x)/(2))=(lambda)/(mu), then the value of lambda sin x+mu cos x is

If x(sgn x)(sgn x)+|x|(sgnx)^(3)=lambda x^(mu), then the value of lambda+mu is:

A 10 digit numbers is chosen with odd digits. If the probability that no two consecutive digits are same is (4/lambda)^(mu) , then the value of (mu-lambda) is 5 (2) 2 (3) 3 (4) 4

If lambda and mu are the co factors of 3 and -2 respectively in the determinant |[1,0,-2] , [3,-1,2] , [4,5,6]| then the value of lambda+mu=