If roots of the quadratic equation `(x+a)(x+1991)+1=0` are integer, then `a` is equal to (a is integer)

The roots of x in the quadratic equation x^(2)-x-12=0 are

The roots of ' x ' in the quadratic equation x^(2)-x-12=0 are

Find the roots of the quadratic equation. x+(1)/(x)=3,(x!=0)

If roots of the quadratic equation x^(2) + Nx - 444N=0 are integers and N is a prime number then number of possible values of N is

If the roots of the quadratic equation 2x^(2)+8x+k=0 are equal, find the value of k .

If one root of the quadratic equation x^2-x-1=0 is alpha the other root is

If (b - 6) is one root of the quadratic equation x^2 - 6x + b = 0 , where b is an integer, then what is the maximum value of b^2 ?

If both the roots of the equation ax^(2)+(3a+1)x-5=0 are integers, then the integral value of a is

The roots of the equation x^(2)+(p+2)x+2p=0 are distinct integers when -

If one root of the quadratic equation x^(2)-3x+1=0 be alpha, then its other root is given by-