Let `alpha , gamma " be the roots of "Ax^(2)-4x +1 =0 and beta , delta " be the roots of " Bx^(2)-6x+1=0. " If "alpha,gamma,beta,delta` are in HP, then what are the values of Aand B respectively?

Let alpha, beta " the roots of " x^(2) -4x + A =0 and gamma, delta " be the roots of " x^(2) -36x +B =0. " If " alpha, beta , gamma, delta forms an increasing G.P. Then

Let alpha, beta " the roots of " x^(2) -4x + A =0 and gamma, delta " be the roots of " x^(2) -36x +B =0. " If " alpha, beta , gamma, delta forms an increasing G.P. Then

Let alpha and beta be the roots of x^(2)-x+p=0 and gamma and delta be the root of x^(2)-4x+q=0. If alpha,beta, and gamma,delta are in G.P. then the integral values of p and q respectively,are -2,-32 b.-2,3 c.-6,3 d.-6,-32

Let alpha,beta be the roots of ax^(2)+bx+c=0 and gamma,delta be the roots of px^(2)+qr+r=0. If alpha,beta,gamma,delta are in H.P.then :

Let alpha , beta be the roots of x^2-x+p=0 and gamma,delta be the roots of x^2-4x+q=0 . If alpha,beta,gamma are in GP , then the integer values of p and q respectively are:

Let alpha,beta be the roots of x^(2)-x+p=0 and gamma,delta are roots of x^(2)-4x+q=0. If alpha,beta,gamma,delta are in G.P.then the integral value of p and q, respectively,are -2,-32 b.-2,3 c.-6,3 d.-6,-32

Given that alpha , gamma are roots of the equation Ax^(2)-4x+1=0 and beta , delta are roots of the equation Bx^(2)-6x+1=0 . If alpha , beta , gamma and delta are in H.P. , then

Given that alpha , gamma are roots of the equation Ax^(2)-4x+1=0 and beta , delta are roots of the equation Bx^(2)-6x+1=0 . If alpha , beta , gamma and delta are in H.P. , then

Given that alpha , gamma are roots of the equation Ax^(2)-4x+1=0 and beta , delta are roots of the equation Bx^(2)-6x+1=0 . If alpha , beta , gamma and delta are in H.P. , then