The condition for ax 2 + bx+c=0 to be a quadratic equation is

\(a = 0, \quad b = 0, \quad c \neq 0\)

\(a = 0, \quad b \neq 0, \quad c \neq 0\)

(a = 0, \quad b = 0, \quad c = 0\)

The condition for ax 2 + bx+c=0 to be a quadratic equation is

\(a = 0, \quad b = 0, \quad c \neq 0\)

\(a = 0, \quad b \neq 0, \quad c \neq 0\)

(a = 0, \quad b = 0, \quad c = 0\)

Question:

The condition for ax² + bx+c=0 to be a quadratic equation is

Updated On: May 7, 2024

\(a \neq 0, \quad a, b, c \in \mathbb{R}\)
\(a = 0, \quad b = 0, \quad c \neq 0\)
\(a = 0, \quad b \neq 0, \quad c \neq 0\)
(a = 0, \quad b = 0, \quad c = 0\)

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The Correct Option is A

Solution and Explanation

The correct option is (A): \(a \neq 0, \quad a, b, c \in \mathbb{R}\)

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