Find the equation of the line where the perpendicular distance `p` of the line from origin and the angle `alpha` made by the perpendicular with x-axis are given as: `p=3, alpha = 45^0`

Find the equation of the line where the perpendicular distance p of the line from origin and the angle alpha made by the perpendicular with x-axis are given as: p=1, alpha 90^0

Find the equation of the line where the perpendicular distance p of the line from origin and the angle alpha made by the perpendicular with x-axis are given as: p=1, alpha =90^0

Find the equation of the line where the perpendicular distance p of the line from origin and the angle alpha made by the perpendicular with x-axis are given as: p=4, alpha = 15^0

Find the equation of the line perpendicular distance from the origin is 5 units and the angle made by the perpendicular with the positive x-axis is 30 ∘ .

Find the equation of the line upon which the length of perpendicular p from origin and the angle apha made by this perpendicular with the positive direction of x-axis are p=5, alpha = 135^0

Find the equation of the line which satisfy the given conditions : Perpendicular distance from the origin is 5 units and the angle made by the perpendicular with the positive xaxis is 30^@ .

Find the equation of the line which satisfy the given conditions : Perpendicular distance from the origin is 5 units and the angle made by the perpendicular with the positive xaxis is 30o .

Find the points on x=0 line whose perpendicular distance from the line 4x-3y-12=0 is 3.

Find the equation of the line whose perpendicular distance from origin is 5 units and the angle which the normal makes with the positive direction of x-axis is 225^(@).

Find the equation of the line whose perpendicular distance from the origin is 4 units and the angle which the normal makes with positive direction of X axis is 15o .