Two real numbers `alpha and beta` are such that `alpha+beta=3` and `|alpha-beta|=4` then `alphanad beta` are the roots of the equation:

If alpha+beta=4 and alpha^(3)+beta^(3)=44 then alpha,beta are the roots of the equation

If alpha+beta=4" and "alpha^(3)+beta^(3)=44" the "alpha, beta are the roots of the equation

If tan alpha.tan beta=a and alpha+beta=(pi)/(3) then tan alpha and tan beta are the roots of the equation

Two complex numbers alpha and beta are such that alpha + beta =2 and alpha ^4 + beta ^4 = 272 , then the quadractic equation whose roots are alpha and beta is

If alpha,beta are roots of the equation 3x^(2)+4x-5=0 , then (alpha)/(beta) and (beta)/(alpha) are roots of the equation

If alpha and beta are the roots of a quadratic equation such that alpha+beta=2, alpha^4+beta^4=272 , then the quadratic equation is

If alpha and beta are the roots of a quadratic equation such that alpha+beta=2,alpha^(4)+beta^(4)=272, then the quadratic equation is

In a quadratic equation with roots alpha and beta where alpha+beta=-4 and alpha beta=-1 , then required equation is ……………

If alpha and beta (alpha lt beta) are two different real roots of the equation ax^2 + bx+c= 0 , then

If alpha and beta are non real cube roots of unity then alpha beta+alpha^(5)+beta^(5)=