The area (in sq units) of the quardilateral formed by the lines $2 x+3 y+6=0$, $2 x-3 y+6=0,2 x+3 y-6=0$ and…
The area (in sq units) of the quardilateral formed by the lines $2 x+3 y+6=0$, $2 x-3 y+6=0,2 x+3 y-6=0$ and $2 x-3 y-6=0$ is
- 12
- 36
- 6
- 18
Solution
$\begin{gathered}\text { Required area }=\left|\frac{(6+6) \times(6+6)}{2(-3)-3(2)}\right| \\ =\frac{12 \times 12}{12}=12\end{gathered}$
Asked in: AP EAMCET 2018 (23 Apr Shift 2)
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