Topics include kinematics, Newton's laws, energy, work, impulse, and momentum methods for particles and rigid bodies. Students must have exposure to 3D rigid body dynamics (evidenced in the topical outline). Prerequisite: Statics.Demonstrate skills in problem solving by identifying, formulating, and solving engineering problems in the dynamics topic areas previously mentioned.Learning Outcomes (modified from Ohio Transfer Assurance Guide)1. Determine and evaluate 2D and 3D kinematics of particles.2. Determine and evaluate kinematics of rigid bodies.3. Apply Newton's laws of motion to solve dynamics problems.4. Evaluate applications involving work and kinetic energy.5. Determine kinetics of rigid bodies.6. A minimum of 1/3 of the course time should be dedicated to rigid body related content.Revision: Topics clarified and reworked to meet discipline standards. 10/26/2023- effective Spring 2024. Minor Revision Removal of outcome #8 - 04/19-2018 - Effective Fall 2018