If the equation `x^2-kx+3=0` has a real solution, then least integer value of k is

If the equation x^(2)-kx+1=0 has no real roots then

If the equation x^(2)+5kx+16=0 has no real roots then

If the equation 4x^(2) - 2kx + 3k =0 has equal roots, then what are the values of k?

If the equation 2x^2 + kx +3= 0 has two equal roots, then the value of k is

The equation k^(2)x^(2)+kx+1=0 has

If x^2+kx+k=0 has no solution, then the value of k will satisfy:

If x^(2) + kx + 3k = 0 has no solution , then the value of k will satisfy

If x^2 + kx + k =0 has two distinct real solutions, then the value of k will satisfy:

If equation log_(4)(2log_(3)(6+log_(2)(x^(2)+kx+9)))=1 has exactly two distinct real solutions,then least positive integral value of k,is

If x^(2)+ kx+7.5k =0 has no solution, them the value of k will satisfy: