If ` cos A sin(A-(pi)/6)` is maximum , when the value of A is equal to `(pi)/(lambda )`, then the value of ` lambda ` is

If the value of lim_(xrarr(pi)/(6))(cos(x+(pi)/(3)))/((1-sqrt3tanx)) is equal to lambda , then the value of 120lambda^(2) is equal to

If the value of lim_(xrarr(pi)/(6))(cos(x+(pi)/(3)))/((1-sqrt3tanx)) is equal to lambda , then the value of 120lambda^(2) is equal to

If sin^(6) theta + cos^(6) theta -1 = lambda sin^(2) theta cos^(2) theta then the value of lambda is

If A=[[cos theta,sin theta-sin theta,cos theta]] and A(adjA)=lambda l then the value of lambda is and A(adjA)=lambda l

16(cos theta-cos(pi)/(8))(cos theta-cos(3 pi)/(8))(cos theta-cos(5 pi)/(8))(cos theta-cos(7 pi)/(8))=lambda cos4 theta then the value of lambda is

A transverse wave is described by the equatiion Y = Y_(0) sin 2pi (ft -x//lambda) . The maximum particle velocity is equal to four times the wave velocity if lambda = pi Y_(0) //4 lambda = pi Y_(0)//2 lambda = pi Y_(0) lambda = 2pi Y_(0)

If the equation cos (lambda "sin" theta) = "sin" (lambda "cos" theta) has a solution in [0, 2pi] , then the smallest value of lambda , is

If the equation cos (lambda "sin" theta) = "sin" (lambda "cos" theta) has a solution in [0, 2pi] , then the smallest value of lambda , is

The maximum value of 1+sin((pi)/(6)+theta)+2cos((pi)/(3)-theta) for real values of theta is

The maximum value of 1+sin((pi)/(6)+theta)+2cos((pi)/(3)-theta) for real values of theta is