Is a quadratic equation an identity? Which is the strongest answer? A. Is an identity because the equation always finds the zeros for a quadratic. B. Is an identity because the equation was derived from the general quadratic equation so it always works. C. Is not an identity because the equation sometimes results in complex solutions. D. Is not an identity because the equation only works for finding zeros for quadratics.
Is a quadratic equation an identity? Which is the strongest answer? A. Is an identity because the equation always finds the zeros for a quadratic. B. Is an identity because the equation was derived from the general quadratic equation so it always works. C. Is not an identity because the equation sometimes results in complex solutions. D. Is not an identity because the equation only works for finding zeros for quadratics.
Is a quadratic equation an identity? Which is the strongest answer? A. Is an identity because the equation always finds the zeros for a quadratic. B. Is an identity because the equation was derived from the general quadratic equation so it always works. C. Is not an identity because the equation sometimes results in complex solutions. D. Is not an identity because the equation only works for finding zeros for quadratics.
Is a quadratic equation an identity? Which is the strongest answer?
A. Is an identity because the equation always finds the zeros for a quadratic.
B. Is an identity because the equation was derived from the general quadratic equation so it always works.
C. Is not an identity because the equation sometimes results in complex solutions.
D. Is not an identity because the equation only works for finding zeros for quadratics.
Formula Formula A polynomial with degree 2 is called a quadratic polynomial. A quadratic equation can be simplified to the standard form: ax² + bx + c = 0 Where, a ≠ 0. A, b, c are coefficients. c is also called "constant". 'x' is the unknown quantity
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