Draw a triangle whose side are represented by $x = 0, y = 0$ and $x + y = 3$ in the Cartesian system Also find the coordinates of its vertices.

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Solution

$x + y = 3$ ---(1)
put $x = 0$ in (1), we get $y = 3$
put $x = 1$ in (1), we get $y = 2$
put $y = 0$ in (1), we get $x = 3$

Now, plot points $A (0, 3), B (1, 2)$ and $C (3, 0)$
$∴$ AOC is the required triangle

$x$ $0$ $1$ $3$
$y$ $3$ $2$ $0$

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Draw a triangle whose side are represented by x=0,y=0 and x+y=3 in the Cartesian system Also find the coordinates of its vertices.

x+y=3 ---(1)put x=0 in (1), we get y=3put x=1 in (1), we get y=2put y=0 in (1), we get x=3Now, plot points A(0,3),B(1,2) and C(3,0)∴ AOC is the required triangle x013 y320

Draw a triangle whose side are represented by $x = 0, y = 0$ and $x + y = 3$ in the Cartesian system Also find the coordinates of its vertices.

$x + y = 3$ ---(1)
put $x = 0$ in (1), we get $y = 3$
put $x = 1$ in (1), we get $y = 2$
put $y = 0$ in (1), we get $x = 3$

Now, plot points $A (0, 3), B (1, 2)$ and $C (3, 0)$
$∴$ AOC is the required triangle

$x$ $0$ $1$ $3$
$y$ $3$ $2$ $0$