Two forces ` F_(1) " and " F_(2)` are acting on a rod abc as shown in figure.

According to Newton.s second law of motion, resultant force on a particle is in the direction of acceleration of the particle. Two forcce F_(1) and F_(2) are acting on a particle as shown in the figure. The acceleration of the particle is along X-axis. FInd the value of F_(1) (in newton)

Let us consider two forces F_(1) " and " F_(2) acting on a body of mass 2 kg as shown in the figure. F_(1)=10N , F_(2)= 2N , what will be the acceleration?

Let us consider two forces F_(1) " and " F_(2) acting on a body of mass 2 kg as shown in the figure. F_(1)=10N , F_(2)= 2N , what will be the acceleration?

Let us consider two forces F_(1) and F_(2) acting on body of mass 2 kg as shown in the figure F_(1) = 10 N, F_(2) = 2 N , what will be the accelaration ?

Two force F_(1)" and "F_(2) are acting on a body. One force is double that of the other force and the resultant is equal to the greater force. Then the angle between the two forces is :-

Two force F_(1)" and "F_(2) are acting on a body. One force is double that of the other force and the resultant is equal to the greater force. Then the angle between the two forces is :-

Two force F_(1)" and "F_(2) are acting on a body. One force is double that of the other force and the resultant is equal to the greater force. Then the angle between the two forces is :-

A slab is subjected to two forces vec F_(1) and vec F_(2) of same magnitude F as shown in the figure . Force vec F_(2) is in XY-plane while force F_(1) acts along z-axis at the point (2 vec I + 3 vec j) .The moment of these forces about point O will be :

A slab is subjected to two forces vec F_(1) and vec F_(2) of same magnitude F as shown in the figure . Force vec F_(2) is in XY-plane while force F_(1) acts along z-axis at the point (2 vec I + 3 vec j) .The moment of these forces about point O will be :

Two forces F_(1) and F_(2) are acting on a body. One force is double that of the other force and the resultant is equal to the greater force. Then the angle between the two forces is