| By selecting the appropriate set of axes for the analysis of particle and rigid body motions, the geometry of the motion can be defined. |
| Be able to apply the equilibrium equations of dynamics for kinetic analysis of particle and rigid body motions. |
| Apply work and energy methods for particle and rigid body motions. |
| Apply the principles of impulse and momentum to the motion of particles and rigid bodies. |
| Understand the three-dimensional dynamics of rigid bodies |
| Understand vibration phenomena and time response |