Newton's Law of Motion

Newton's Law of Motion Linear momentum Second laws of motion F = m Impulse I =  Rocket propulsion Thrust on the rocket F = - u Acceleration of the rocket A =  Instantaneous velocity Burnt out speed of the rocket vb = vmax = u loge  Friction Normal force N = mg Normal force in inclined force N = mg cos  Coefficient of static friction s =  Angle of friction tan  =  Resultant force exerted by surface on blck S =  Sliding block on a horizontal surface coming to rest Acceleration a = - mreg Distance traveled by the block before coming to rest is d =  Time taken by the block to come to rest t =  Pulling a block or roller The normal force is N = mg - F sin  Force needed to just slide the body F =  The minimum possible force among all directions required to just move the body F =  Pushing a block or roller The normal force is N = mg + F sin  Force needed to just slide the body F =  Block on a smooth inclined plane N = mg cos  a = g sin  The time taken to slide down starting from rest from the top T = . Velocity of block at the bottom of inclined plane v =  Distance traveled up the plane s =  Block on a rough inclined plane Angle of repose s = tan  f = mg sin  [mg sin  < fs], if  < a f = fs = s mg cos  [Mg sin  = fs], if  =  If the inclination is maintained at , a = g Velocity at the bottom of the plane v =  The distance traveled by the block up the plane the velocity becomes zero. s =