Conservation Study guides, Class notes & Summaries

This is a summery of engineering dynamics, specifically first year content, and includes: -examples -newtons 1,2,3 laws -friction (static and dynamic) -kinematic relation to kinetics -work and energy -energy conservation -impulse and momentum -impact

Notes are made as a summary of lecture notes and the textbook. Includes: Vectors and Physical quantities, Newtons Laws, Dynamics of Rotational Movement, Equilibruim and Elasticity, Fluid Mechanics, Temperature and Heat,Thermal properties of matter, Laws of Thermodynamics, Momentum and Conservation

6-1 Work done by a constant force 6-2 Work done by a non-constant force 6-3 Work-energy principle 6-4 Potential energy 6-5 Conservative forces 6-6,8 Conservation of (mechanical) energy