The equations of the lines which pass through the point (3, –2) and are inclined at 60° to the line 3x+y=1 are(a) y+2=0, 3x–y–2–33=0(b) x–2=0, 3x–y+2+33=0(c) 3x–y–2±33=0(d) none of these

The equations of the lines which pass through the point (3, –2) and

1.	The equations of the lines which pass through the point (3, –2) and are inclined at 60° to the line 3x+y=1 are(a) y+2=0, 3x–y–2–33=0(b) x–2=0, 3x–y+2+33=0(c) 3x–y–2±33=0(d) none of these
Answer» The equations of the lines which pass through the point (3, –2) and are inclined at 60° to the line $\sqrt{3} x + y = 1$ are (a) $y + 2 = 0, \sqrt{3} x - y - 2 - 3 \sqrt{3} = 0$ (b) $x - 2 = 0, \sqrt{3} x - y + 2 + 3 \sqrt{3} = 0$ (c) $\sqrt{3} x - y - 2 \pm 3 \sqrt{3} = 0$ (d) none of these

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The equations of the lines which pass through the point (3, –2) and are inclined at 60° to the line 3x+y=1 are(a) y+2=0, 3x–y–2–33=0(b) x–2=0, 3x–y+2+33=0(c) 3x–y–2±33=0(d) none of these

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