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

If int (dx)/(1+sinx) = tan (x/2 - pi/lambda) + b , then the value of lambda is -

If tan(picostheta) = cot(pisintheta) and cos(theta-(pi)/(4)) = pm(1)/(lambdasqrtmu) , then the value of lambda +mu is

If tan(picostheta) = cot(pisintheta) and cos(theta-(pi)/(4)) = pm(1)/(lambdasqrtmu) , then the value of lambda +mu is

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

The solution of cos((x)/(y))(ydx-xdy)=xy^(3)(xdy+ydx) is sin((x)/(y))=((xy)^(lambda))/(mu)+C then the value of (lambda+mu) is

If the system of linear equations x + y + z = 5 x + 2y + 2z = 6 x + 3y + lambda z = mu, (lambda, mu in R) has infinitely many solutions, then the value of lambda + mu is :

Suppose A = int dx/(x^(2)+6x+25) and B= int dx/(x^(2)-6x-27) . If 12(A+B) = lambda tan^(-1)((x+3)/4)+mu. In|(x-9)/(x+3)|+C , then the value of (lambda + 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