The equation of a straight line on which the length of perpendicular from the origin is four units and the line makes an angle of `120^0` with the x-axis is (A) `xsqrt(3)+y+8=0` (B) `xsqrt(3)-y=8` (C) `xsqrt(3)-y=8` (D) `x-sqrt(3)y+8=0`

The equation of a straight line on which the length of perpendicular from the origin is four units and the line makes an angle of 120^(@) with the x-axis is

The equation of a straight line on which the length of perpendicular from the origin is four units and the line makes an angle of 120^(@) with the x -axis is x sqrt(3)+y+8=0x sqrt(3)-y=8x sqrt(3)-y=8( d) x-sqrt(3)y+8=0

Find equation of a straight line on which length of perpendicular from the origin is four units and the line makes an angle of 120^0 with the positive direction of x-axis.

a Find equation of a straight line on which length of perpendicular from the origin is four units and the line makes an angle of 120^0 with the positive direction of x-axis.

Find the equation of the straight line on which the length of the perpendicular from the origin is 4 units and the line makes an angle of 120^0 with positive direction of x-axis

The equation of a straight line on which the perpendicular from the origin of the length 2 units and this perpendicular makes an angle of 240^(@) with the x-axis is (i) x+sqrt(3)y+4=0 (ii) x-sqrt(3)y+4=0 (iii) x-sqrt(3)y-4=0 (iv) x+sqrt(3)y-4=0

For the straight line 8x-15y+51=0, find the length of the perpendicular from the origin to this line and the inclination of this perpendicular with the x-axis.

For the straight line 8x-15y + 51 = 0, find the length of the perpendicular from the origin to this line and the inclination of this perpendicular with the x-axis.

Reduce the equation sqrt3x+y-8=0 into normal form and find : length of the perpendicular from origin to the line.

Find the equations of straight line which are perpendicular to the straight line 4x-3y+7=0 and at a distance 3 unit from the origin.