Reduce the following equations into normal form. Find their perpendicular distances from the origin and angle between perpendicular and the positive xaxis.(i) `x-sqrt(3)y+8=0`, (ii) `y 2 = 0`, (iii) `x y = 4`.

Reduce the following equations into normal form.Find their perpendicular distances from the origin and angle between perpendicular and the positive xaxis.(i) x-sqrt(3)y+8=0 (ii) y-2=0x-y=4

Reduce the following equation into normal form. Find their perpendicular distances from the origin and angle between perpendicular and the positive x-axis.:- x-sqrt3 y+8=0

Reduce the following equation into normal form. Find their perpendicular distances from the origin and angle between perpendicular and the positive x-axis.:- x-y= 4.

Reduce the following equation into normal form. Find their perpendicular distance from the origin and angle between perpendicular and the positive x-axis. x - y = 4

Reduce the following equation into normal from. Find their perpendicular distance from the origin and angle between perpendicular and the positive x-axis. y - 2 = 0

Reduce of the following equation into normal from. Find their perpendicular distance from the origin and angle between perpendicular and the positive x-axis. x- sqrt 3y + 8 = 0

Reduce the following equations into normal form. Find their perpendicular distances from the origin and angle between perpendicular and the positive X-axis. (i) x - sqrt 3y + 8 = 0, (ii) y - 2 = 0 , (iii) 3t + 2 = 0 .