[" If "alpha" and "beta" roots of "x^(2)-sqrt(1-cos2 theta)x+theta=0" where "],[0

If alpha and beta are roots of x^(2)-(sqrt(1-cos 2 theta))x+theta=0 , where 0 lt theta lt (pi)/2 . Then lim_(theta to 0^(+))(1/(alpha)+1/(beta)) is

If alpha and beta are roots of x^(2)-(sqrt(1-cos 2 theta))x+theta=0 , where 0 lt theta lt (pi)/2 . Then lim_(theta to 0^(+))(1/(alpha)+1/(beta)) is

If alpha and beta are roots of x^(2)-(sqrt(1-cos 2 theta))x+theta=0 , where 0 lt theta lt (pi)/2 . Then lim_(theta to 0^(+))(1/(alpha)+1/(beta)) is

If alpha,beta are roots of z^(2)sin^(2)theta-z sin2 theta+1=0 where '0

if alpha and beta the roots of z+ (1)/(z) =2 (cos theta + I sin theta ) where 0 lt theta lt pi and i=sqrt(-1) show that |alpha - i |= | beta -i|

if alpha and beta the roots of z+ (1)/(z) =2 (cos theta + i sin theta ) where 0 lt theta lt pi and i =sqrt(-1) show that |alpha - i |= | beta -i|

if alpha and beta the roots of z+ (1)/(z) =2 (cos theta + I sin theta ) where 0 lt theta lt pi and i=sqrt(-1) show that |alpha - i |= | beta -i|

If alpha and beta are roots of the equation x^(2)+sin theta_(12)x-2sin theta=0 then (a^(12)+beta^(12))/((a^(-12)+beta^(-12))(alpha-beta)^(24)) is equal to

If alpha and beta are the roots of the equation x^(2)+sqrt(alpha)x+beta=0 then the values of alpha and beta are.-

If alpha and beta are the roots of the equation x^(2)+sqrt(alpha)x+beta=0 then the values of alpha and beta are