Four ants 1, 2, 3 and 4 are pulling a grain with force of magnitudes `3 N, 1N, 2N and | vec F|` N as shown inthe figure. Find force `vec F` if the grain remains in equilibrium under the action of the above forces.

Three ants 1, 2 and 3 are pulling a grain with forces of magnitudes 2Nsqrt(3)N and sqrt(2)N and as shown in the figure. Find the resultant force acting on the grain.

Three ants 1, 2 and 3 are pulling a grain with forces of magnitudes 2Nsqrt(3)N and sqrt(2)N and as shown in the figure. Find the resultant force acting on the grain.

Three ant P,Q and R are pulling a grain with forces of magnitude 6N,3sqrt(3) N " and " 3sqrt(2)N as shown in the figure. Find the magnitude of resultant force (in N ) acting on the grain .

Three ant P,Q and R are pulling a grain with forces of magnitude 6N,3sqrt(3) N " and " 3sqrt(2)N as shown in the figure. Find the magnitude of resultant force (in N ) acting on the grain .

Under the action of three forces F ,F and sqrt(2) F, a particle remains in equilibrium. Find the angle between the first two forces.

Three forces of magnitudes 2N, 3N and 6N act at corners of a cube along three sides as shown in figure. Find the resultant of these forces in N.

Three forces of magnitudes 2N, 3N and 6N act at corners of a cube along three sides as shown in figure. Find the resultant of these forces in N.

Three forces of magnitudes 2N, 3N and 6N act at corners of a cube along three sides as shown in figure. Find the resultant of these forces in N.

If three forces vec(F_(1)),+vec(F_(2))andvec(F_(3)) are represented by three sides of a triangle and vec(F_(1))+vec(F_(2))=-vec(F_(3)) , then these three forces are concurrent forces and satisfy the condition for equilibrium . Statement II : A triangle made up of three forces vecF_(1),vecF_(2)andvecF_(3) as sides taken in the same order ,satisfy the condition for translatory equilibrium . In the light of the above statements ,choose the most appropriate answer from the options given below :