A particle is simultaneously acted by two forces equal to `4 N` and `3N`. The net force on the particle is

Two forces act on a particle simultaneously as shown in the figure. Find net force in milli newton on the particle. [Dyne is the CGS unit of forces ]

Two forces act on a particle simultaneously as shown in the figure. Find net force in milli newton on the particle. [Dyne is the CGS unit of forces ]

Two forces act on a particle simultaneously as shown in the figure. Find net force in milli newton on the particle. [Dyne is the CGS unit of forces ]

The momentum of a moving particle given by p=tl nt . Net force acting on this particle is defined by equation F=(dp)/(dt) . The net force acting on the particle is zero at time

The momentum of a moving particle given by p=tl nt . Net force acting on this particle is defined by equation F=(dp)/(dt) . The net force acting on the particle is zero at time

The momentum of a moving particle given by p=tl nt . Net force acting on this particle is defined by equation F=(dp)/(dt) . The net force acting on the particle is zero at time

Eleven forces each equal to 5N act on a particle simultaneously. If each force makes an angle 30° with the next one, the resultant of all forces is

Eleven forces each equal to 5N act on a particle simultaneously. If each force makes an angle 30° with the next one, the resultant of all forces is

Two forces f_(1)=4N and f_(2)=3N are acting on a particle along positve X- axis and negative y- axis respectively. The resultant force on the particle will be -