[" Q.31A quadratic equation whose roots are "],[" cosec "^(2)theta" and "sec^(2)theta," can be - "]

Which of the following is the quadratic equation whose roots are cosec^(2) theta and sec^(2) theta when θ = π/ 4?

The quadratic equation whose roots are sec^(2)alphaand "cosec"^(2)alpha and can be:

The quadratic equation whose roots are sec^(2)alphaand "cosec"^(2)alpha and can be:

A quadratic equation whose roots are cosec^2theta and sec^2theta can be (1) x^2-2x+ 2 =0 (2) x^2-3x + 3 = 0 (3) x^2-3x+ 4= 0 (4) x^2-5x+5= 0

The quadratic equation whose root:s are sec^2 alpha and cosec^2 alpha is

Which of the following is not the quadratic equation whose roots are cosec^2thetaand sec^2theta ?

Which of the following is not the quadratic equation whose roots are cosec^2thetaand sec^2theta ?

sec^2theta/(cosec^(2)theta) =

Evaluate , int sec ^(2) theta "cosec"^(2) theta d theta

sec^2 theta + cosec^2 theta =…………