The value of m for which the roots of the equation `x^(2)+(m-2)x+m+2=0` are in the ratio 2:3 is

The roots of the equation x^(2)-10x+21=0 are equal the m is

Find the valuesof m for which exactly one root of the equation x^(2)-2mx+m^(2)-1=0 lies in the interval (-2,4)

If he roots of the equation12x^(2)-mx+5=0 are in the ratio 2:3 then find the value of m.

For what value of m, the roots of the equation x^(2)-x+m=0 are non real

find the set of value of m for which exactly one root of the equation x^(2)+mx+m^(2)+6m=0 lie in the interval (-2,0)

The value of m for which the equation x^(2)-x+m^(2)=0 has no real roots is given as

2x^(2) + 3x - alpha - 0 " has roots "-2 and beta " while the equation "x^(2) - 3mx + 2m^(2) = 0 " has both roots positive, where " alpha gt 0 and beta gt 0. If the roots of the equation x^(2) + px+ q = 0 are in the same ratio as those of the equation x^(2) +lx + m = 0 , then which one of the following is correct ?

If both roots of the equation x^(2)-(m+1)x+(m+4)=0 are negative then m equals

Find the roots of the equation x^(2)-3x-m(m+3) where m is constant.

The sum of all the value of m for which the roots x_(1) and x_(2) of the quadratic equation x^2-2mx+m=0 satisfy the condition x_(1)^(3)+x_(2)^(3)=x_(1)^(2)+x_(2)^(2) ,is