The roots of the equation `(p - 2)x^2 + 2(p - 2)x+ 2 =0` are not real when-

If the roots of the equation qx^2 + 2px + 2q =.0 are real and unequal then prove that the roots of the equation (p + q)x^2 + 2qx + (p - q)=0 are imaginary,

Find all values of p for which the roots of the equation (p-3)x^2-2px+5p=0 are real and positive

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

If p , qr are real and p!=q , then show that the roots of the equation (p-q)x^2+5(p+q)x-2(p-q=0 are real and unequal.

If p ,q are real p!=q , then show that the roots of the equation (p-q)x^2+5(p+q)x-2(p-q)=0 are real and unequal.

Find all values of p for which the roots of the equation (p-3)x^(2)-2px+5p=0 are real and positive

The roots of the equation px^(2) - 2(p + 2) x + 3p = 0 differ by 2 Find p and also the roots.

If p, a,rare real and p!=q ,then show that the roots of the equation (p-q)x^(2)+5(p+q)x-2(p-q)=0 are real and unequal.