Sketch roughly the lines satisfying the given conditions and write their equations:
inclination `theta=150^(@)`, and distance from the origin = 3.

Sketch roughly the lines satisfying the given consition and write its equation angle of inclination = 150^(@) and distance from the origin = 3 units .

Sketch roughly the lines satisfying the given conditions and write their equations: x intercept = 7, and distance from the origin = 2.

Find the equation of the line which satisfy the given conditions : Write the equations for the x and y-axes.

Find the equations of lines passing through the point (1,0) and a distance (sqrt(3))/2 from the origin.

Find the equations of lines passing through the point (1,0) and a distance (sqrt(3))/2 from the origin.

Find the equation of the line which satisfy the given conditions : Intersecting the xaxis at a distance of 3 units to the left of origin with slope -2 .

The equation of set of lines which are at a constant distance 2 units from the origin is

Find the equation of the line which satisfy the given conditions : Intersecting the yaxis at a distance of 2 units above the origin and making an angle of 30^@ with positive direction of the xaxis.

Find the equation of a line perpendicular to the line 3x+y+5=0 and at a distance of 3 units from the origin.

If a certain line intersects the origin and is perpendicular to the line with the equation y = 2x+5 at point P, what is the distance from the origin to point P ?