Three forces are acted on a body. Their magnitudes are `3N, 4N` and `5N`. Then,

The forces each of 20N act on a body at 120^(@) The magnitude and direction of resultant is

Two forces of magnitudes 3N and 4N are acted on a body. The ratio of magnitude of minimum and maximum resultant force on the body is

Two forces of magnitudes 3N and 4N are acted on a body. The ratio of magnitude of minimum and maximum resultant force on the body is

Two forces of magnitudes 3N and 4N are acted on a body. The ratio of magnitude of minimum and maximum resultant force on the body is

Sum of magnetic of two forces acting on a body is 15 N. The resultant force has magnitude 12 N and it is perpendicular to the large forces, magnetiude of smaller forces is :

Two horizontal forces of magnitudes of 10N and P N act on a particle. The force of magnitude 10N acts due west and the force of magnitude P N acts on a bearing of 30^(@) east of north as shown in (figure) The resultant of these two force acts due north. Find the magnitude of the resultant.

Two horizontal forces of magnitudes of 10N and P N act on a particle. The force of magnitude 10N acts due west and the force of magnitude P N acts on a bearing of 30^(@) east of north as shown in (figure) The resultant of these two force acts due north. Find the magnitude of the resultant.

The sum of magnitudes of two forces acting at a point is 16 N. The resultant has a magnitude of 8N and is perpendicular to the force of lower magnitude. The two forces are

Two forces 3N and 4N are acting perpendicular to each other. The magnitude of the resultant force is

Four forces are acting on particle.One forces of magnitude 3N is directed upward .another directed 37 east of north having magnitude 5N Third is directed in south west direction is magnitude 4root2N and fourth force is root5n N ,If the particle in equilibrium ,Find The value of n