A block is applied two forces of magnitude 5N each. One force is acting towards East and the other acting along `60^(@)` North of East. The resultant of the two forces (in N) is of magnitude :-

Two forces of magnitudes 3N and 4 N act together on an object making an angle 60^(@) with each other. Find the resultant force acting on the object.

Two forces of magnitudes 3N and 4 N act together on an object making an angle 60^(@) with each other. Find the resultant force acting on the object.

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.

Two forces each of magnitude 5N are inclined to each other at 60^@ . Find the magnitude and their direction of their resultant.

Two equal forces are acting at a point with an angle 60^(@) between them. If the resultant force is equal to 4sqrt(3)N , the magnitude of each force is

Two equal forces are acting at a point with an angle 60^(@) between them. If the resultant force is equal to 4sqrt(3)N , the magnitude of each force is

Two forces each of magnitude 2N, act at an angle of 60^(@) . The magnitude of the resultant force

Two forces of each magnitude 5N are inclined to each other at 60^@ .Find the magnitude and direction of their resultant.