A quadratic equation with rational coefficients can have

The biquadratic equation with rational coefficients having roots 2 + sqrt(3) , 3+ 4i is

The quadratic equation with rational coefficients whose one root is 3+sqrt2 is

The quadratic equation with rational coefficients whose one root is 2-sqrt(3) is

The quadratic equation with rational coefficients whose one root is 3+sqrt2 is

Statement -1 : There is just one quadratic equation with real coefficient one of whose roots is 1/(sqrt2 +1) and Statement -2 : In a quadratic equation with rational coefficients the irrational roots are in conjugate pairs.

Statement -1 : There is just on quadratic equation with real coefficients, one of whose roots is 1/(3+sqrt7) and Statement -2 : In a quadratic equation with rational coefficients the irrational roots occur in pair.

Statement -1 : There is just on quadratic equation with real coefficients, one of whose roots is 1/(3+sqrt7) and Statement -2 : In a quadratic equation with rational coefficients the irrational roots occur in pair.

Statement -1 : There is just one quadratic equation with real coefficient one of whose roots is 1/(sqrt2 +1) and Statement -2 : In a quadratic equation with rational coefficients the irrational roots are in conjugate pairs.

Find the quadratic equation with rational coefficients whose one root is 1//(2+sqrt(5))dot