[alpha+beta+alpha beta],[" 17.State division algorithm for polynomials."]

If alpha,beta are the zeros of the polynomial such that alpha+beta=-6 and alpha beta=-4, then write the polynomial.

If alpha,beta are the zeroes of a polynomial, such that alpha+beta=6 and alpha. beta=4, then write the polynomial.

alpha + beta = 0, alpha beta = sqrt(3) then the quadratic polynomial is ……………

If alpha,beta are the zeroes of a polynomial, such that alpha+beta=6 and alpha.beta=4 , then write the polynomial.

If alpha,\ beta are the zeros of the polynomial such that alpha+beta=-6 and alphabeta=-4 , then write the polynomial.

If sum of zeroes of a polynomial =alpha+beta=-8 and product of zeroes =alphabeta=6 , then form a polynomial whose zeroes are (alpha-beta) and (alpha+beta) .

If sum of zeroes of a polynomial =alpha+beta=-8 and product of zeroes =alphabeta=6 , then form a polynomial whose zeroes are (alpha-beta) and (alpha+beta) .

If alpha and beta are the zeros of a quadratic polynomial such that alpha+beta=24 and alpha-beta=8 , find a quadratic polynomial having alpha and beta as its zeros.

If alpha and beta are the zeros of a quadratic polynomial such that alpha+beta=24 and alpha-beta=8, find a quadratic polynomial having alpha and beta as its zeros.

Find the value of alpha beta^(2)+beta alpha^(2), if alpha and beta are the zeroes of polynomial 3x^(2)+4x+2.