The equation `(x^(2)+3x+4)^(2)+3(x^(2)+3x+4)+4=x` has

The equation x^(4) -2x^(3) - 3x^(2) + 4x-1=0 has four distinct real roots x_1,x_2,x_3,x_4 such that x_1 lt x_2 lt x_3 lt x_4 and product of two roots is unity , then : x_1x_2+x_1x_3 + x_2x_4+x_3x_4 is equal to :

The equation x ^(4) -2x ^(3)-3x^2 + 4x -1=0 has four distinct real roots x _(1), x _(2), x _(3), x_(4) such that x _(1) lt x _(2) lt x _(3)lt x _(4) and product of two roots is unity, then : x _(1)x _(2) +x_(1)x_(3) + x_(2) x _(4) +x_(3) x _(4)=

The equation x ^(4) -2x ^(3)-3x^2 + 4x -1=0 has four distinct real roots x _(1), x _(2), x _(3), x_(4) such that x _(1) lt x _(2) lt x _(3)lt x _(4) and product of two roots is unity, then : x _(1)x _(2) +x_(1)x_(3) + x_(2) x _(4) +x_(3) x _(4)=

The equation 5x^(5)+3x^(4)-2x^(3)-2x^(2)+3x+5=0 is a reciprocal equation of

The number of solutions of the equation |x^(2)-4|+(x-2)^(2)+sqrt(x^(2)-3x+2)=0

The equation x^(4)-2x^(3)-3x^(2)+4x-1=0 has four distinct real roots x_(1),x_(2),x_(3),x_(4) then find sum_(i=1)^4 x_i

The equation x^((3//4) (log_(2)x)^(2) + log_(2)x - (5//4)) = sqrt(2) has:

The equation x^(3/4(log_(2)x)^(2)+log_(2)x-5/4)=sqrt(2) has

The roots of the equation,(x^(2)+1)^(2)=x(3x^(2)+4x+3) are given by -