" For which of the following equations is "alpha+beta=5?

For which of the following equations is alpha + beta = 11 and alpha beta = 33 ?

If alpha, beta are roots of qadratics equation then for which of the following equations is alpha + beta =11 and alphabeta=33 ?

For which of the following quadratic equations is alpha + beta = 5 ?

If alpha,beta are the roots of the quadratic equation ax^(2)+bx=c=0, then which of the following expression will be the symmetric function of roots a *log((alpha)/(beta))| b.alpha^(2)beta^(5)+beta^(2)alpha^(5) c.tan(alpha-beta) d.(log((1)/(alpha)))^(2)+(log beta)^(2)

Let alpha , beta be two real numbers satisfying the following relations alpha^(2)+beta^(2)=5 , 3(alpha^(5)+beta^(5))=11(alpha^(3)+beta^(3)) Quadratic equation having roots alpha and beta is

Let alpha , beta be two real numbers satisfying the following relations alpha^(2)+beta^(2)=5 , 3(alpha^(5)+beta^(5))=11(alpha^(3)+beta^(3)) Quadratic equation having roots alpha and beta is

Let alpha , beta be two real numbers satisfying the following relations alpha^(2)+beta^(2)=5 , 3(alpha^(5)+beta^(5))=11(alpha^(3)+beta^(3)) Quadratic equation having roots alpha and beta is

Let alpha , beta be two real numbers satisfying the following relations alpha^(2)+beta^(2)=5 , 3(alpha^(5)+beta^(5))=11(alpha^(3)+beta^(3)) Possible value of alpha + beta is