If a `gt` 1, roots of the equation `(1-a)x^(2) + 3ax - 1 = 0` are

If a gt 1 , then the roots of the equation (1-a)x^(2)+3ax-1=0 are

If a gt 1 , then the roots of the equation (1-a)x^(2)+3ax-1=0 are

If a gt 1 , then the roots of the equation (1-a)x^(2)+3ax-1=0 are

If a gt 1 , then the roots of the equation (1-a)x^(2)+3ax-1=0 are

If a gt 2 , then the roots of the equation (2-a)x^(2)+3ax-1=0 are

If a gt 2 , then the roots of the equation (2-a)x^(2)+3ax-1=0 are

Let alpha ne 1 be a real root of the equation x^(3) - ax^(2) + ax - 1 = 0, where a ne - 1 is a real number, then a root of this equation, among the following , is :

Let alpha ne 1 be a real root of the equation x^(3) - ax^(2) + ax - 1 = 0, where a ne - 1 is a real number, then a root of this equation, among the following , is :

If x = 1 is a common root of the equations ax^(2) + ax + 3 = 0 and x^(2) + x + b = 0 , then ab =