The instantaneous acceleration of a body can be calculated using Newton's second law, expressed as a = f / m, where 'a' is acceleration, 'f' is the net force, and 'm' is the mass. For a body with a mass of 10 kg subjected to a force of 100 N, the instantaneous acceleration is 10 m/s². It is crucial to note that while the force can be considered instantaneous, real-world conditions such as material compressibility and system slack may affect the actual acceleration experienced. Additionally, the rate of change of acceleration is referred to as "jerk," which is relevant when forces are not constant.
PREREQUISITESStudents of physics, engineers, and anyone interested in understanding motion dynamics and the effects of forces on acceleration.
No, this is the instantaneous acceleration.cb. ram said:if a body of mass 10kg is acted upon by a force of 100N then it accelerate by 10ms^-2 by it take some time to reach this acceleration
The equation (Newtons 2nd) relates instantaneous acceleration to instantaneous net force, which includes friction.cb. ram said:can be found out by the equation of motion(if the friction is negligible)