[" The values of "lambda" such that sum of the squares "],[" of the roots of the quadratic equation,"],[x^(2)+(3-lambda)x+2=lambda" has the least value is: "]

The value of lambda such that sum of the squares of the roots of the quadratic equation,x^(2)+(3-lambda)x+2=lambda has the least value is

The value of lamda such that sum of the squares of the roots of the quadratic equation, x^(2)+(3-lamda)x+2=lamda had the least value is

The value of lamda such that sum of the squares of the roots of the quadratic equation, x^(2)+(3-lamda)x+2=lamda had the least value is

The value of lambda for which the sum of squares of roots of the equation x^(2)+(3-lambda)x+2=lambda is minimum,then lambda is equal to (a) 2 (b) -1 (c) -3(d)-2

The value of lambda for which the sum of squares of roots of the equation x^2+(3-lambda)x+2=lambda is minimum, then lambda is equal to (a) 2 (b) -1 (c) -3 (d) -2

Minimum possible number of positive root of the quadratic equation x^(2)-(1+lambda)x+lambda-2=0,lambda in R

Minimum possible number of positive root of the quadratic equation x^2 -(1 +lambda)x+ lambda -2 =0 , lambda in R

If lambda in R is such that the sum of the cubes of the roots of the equation x^(2)+(2-lambda)x+(10-lambda)=0 is minimum then the magnitude of the difference of the roots of this equation is :

Roots of the equation (x^(2)-4x+3)+lambda(x^(2)-6x+8)=0lambda in R will be

If lambda be the ratio of the roots of the quadratic equation in x,3m^(2)x^(2)+m(m-4)x+2=0 then the least values of m for which lambda+(1)/(lambda)=1 is