How to find the discriminant of a quadratic formula?

The discriminant of a quadratic equation is the value that the square of the coefficient of x2 (b2) is subtracted from the square of the coefficient of x (b). If the discriminant is positive, the roots of the equation are imaginary. If the discriminant is negative, the roots are real. If the discriminant is zero, the roots are called a degenerate solution and are not real numbers. Using a calculator, you can easily find the discriminant of a

How to find the discriminant of a quadratic formula with roots?

Most quadratic formulae have two roots which describe the solutions to the equation. There are some exceptions however. If you have roots that are complex conjugates, then the discriminant will be zero. There are other exceptions as well. For example, if your equation has a repeated root, then the discriminant will be that of the square of the other root. If you have an equation with an irreducible quadratic polynomial, then the discriminant equals the

How to find the discriminant of a quad

If you are solving a quadratic equation, you will want to know the discriminant of that equation. The discriminant can be used to determine if your solution is an actual solution or if it is a false solution. If the discriminant is positive, then your solution is an actual solution. If the discriminant is negative, then you have a false solution, meaning that there is no solution to this equation.

How to find the discriminant in a quadratic equation?

The discriminant of a quadratic equation is the square of the difference of the roots. The discriminant is the sum of squares for the roots. If the roots are complex, then the discriminant is complex as well.

What is the discriminant of a quadratic equation?

The discriminant of a quadratic equation is the square of the difference between the coefficients of the two terms. It’s a handy number that helps you determine whether you have a quadratic equation whose roots are real numbers or whether your roots are imaginary numbers. If the discriminant is positive, your roots are imaginary. If it’s negative, your roots are real and they can be either positive or negative. If the discriminant is zero, you have a repeated root.