If `alpha and beta ` are real and `alpha^2 and -beta^2` are roots of `a^2x^2+x+1-a^2=0` a>1 then `beta^2` is

IF alpha , beta are real and alpha ^2 , - beta ^2 are the roots of a ^2 x^2+x+1-a^2=0 (A gt 1) then beta ^2 =

IF alpha , beta are real and alpha ^2 , - beta ^2 are the roots of a ^2 x^2+x+1-a^2=0 (A gt 1) then beta ^2 =

If alpha,beta are real and alpha^(2),-beta^(2) are the roots of the equation a^(2)x^(2)+x+(1-a^(2))=0(a>1) then beta^(2)= 1) a^(2)2113)1-a^(2)4)1+a^(2)

If alpha,beta are real and alpha^(2),-beta^(2) are the roots of the equation a^(2)x^(2)+x+(1-a^(2))=0(a>1), then beta^(2)

If alpha, beta are real and alpha^(2), beta^(2) are the roots of the equation a^(2)x^(2)-x+1-a^(2)=0 (1/sqrt2 lt a lt 1) and beta^(2) ne 1," then "beta^(2)=

If alpha and beta are roots of x^2+px+2=0 and 1/alpha,1/beta are the roots of 2x^2+2qx+1=0 . Find the value of (alpha-1/alpha)(beta-1/beta)(alpha+1/beta)(beta+1/alpha)1

If alpha and beta are roots of x^2+px+2=0 and 1/alpha,1/beta are the roots of 2x^2+2qx+1=0 . Find the value of (alpha-1/alpha)(beta-1/beta)(alpha+1/beta)(beta+1/alpha)

If alpha and beta are the roots of x^2-2x+3=0 then alpha^2beta+ beta^2 alpha =….

If alpha and beta are the roots of x^2=x+1 then alpha^2/beta-beta^2/alpha=