If `alpha,beta` are zeroes of the polynomial `x^2-2x-15 ,` then form a quadratic polynomial whose zeroes are `(2alpha)a n d(2beta)dot`

If alpha,beta are zeroes of the polynomial x^2-2x-15 , then form a quadratic polynomial whose zeroes are (2alpha) and (2beta) .

If alpha,beta are zeroes of the polynomial x^(2)-2x-15, then form a quadratic polynomial whose zeroes are (2 alpha) and (2 beta)

If alpha and beta are zeros of the polynomial t^(2)-t-4 , form a quadratic polynomial whose zeros are (1)/(alpha) and (1)/(beta) .

If alpha and beta are zeroes of a quadratic polynomial x^(2)-5, then form a quadratic polynomial whose zeroes are 1+alpha and 1+beta

if alpha& beta are zeroes of the polynomial 2x^(2)-5x+8 then

If alpha and beta are the zeroes of the polynomial x^(2)+4x-77, then the quadratic polynomial whose zeroes are (alpha+2 beta)/(alpha+beta) and (2 alpha+beta)/(alpha+beta) can be equal to

If alpha and beta are the zeroes of the polynomial x^(2)+6x+9 then form a polynomial whose zeroes are -alpha and -beta

If alpha and beta are zeroes of the polynomial 6y^2 – 7y + 2 , find the quadratic polynomial whose zeroes are 1/alpha and 1/beta

If alpha , beta are the zeroes of the polynomial x^2-3x+ 2 , then find the polynomial whose zeroes are 3alpha and 3beta .