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Extra Insights
This equation can be transformed into a more recognizable form by rearranging it to \( x^{2} - 3x - y^{2} = 0 \). If you plot this equation, you’ll notice it represents a hyperbola, which is a fascinating conic section that appears frequently in various fields of mathematics and physics. When solving for \( y \), you can treat this as a quadratic in terms of \( y \). This means you can potentially find the values of \( y \) for any given \( x \) using the quadratic formula: \( y = \pm \sqrt{x^2 - 3x} \). Remember, it’s crucial to consider the restrictions on \( x \) in this scenario, specifically ensuring the expression under the square root remains non-negative!