This course explains clearly the concept of Work and Energy :-
1) Get a feel for Work and Energy : animation of a Turbine wheel in a hydraulic dam
2) Work-Energy Theorem: Work and kinetic energy
3) Equation for Work done :- case : animation of a robot pulling a block over a horizontal plane.
4) Work done when Force is constant
5) Work done by Spring : varying force as spring expands or compresses
6) Conservative and Non-conservative forces
7) Potential Energy concept for a Spring
8) Mass-Energy equivalence
9) Solved Problems
Course Features
- Lectures 20
- Quiz 0
- Duration Lifetime access
- Skill level All levels
- Language English
- Students 160
- Certificate No
- Assessments Yes
- 1 Section
- 20 Lessons
- Lifetime
Expand all sectionsCollapse all sections
- Work and Energy20
- 1.1Get a feel for work done and energy
- 1.2Work-energy theorem – Work and Kinetic Energy
- 1.3Work done : a) by Gravity , b) by a height raising device or person, c) TOTAL Work Done on a system of masses
- 1.4Force component along displacement direction
- 1.5Work done- for a constant force
- 1.6Work done- by a spring – varying force
- 1.7Conservative and non-conservative forces
- 1.8Spring – Potential Energy
- 1.9The Law of Conservation of Energy
- 1.10Mass-Energy Equivalence
- 1.11Work and Energy-Solved problem-1
- 1.12Work and Energy-Solved Problem-2
- 1.13Work and Energy-Solved problem-3
- 1.14Work and Energy-Solved problem-4
- 1.15Work and Energy-Solved problem-5
- 1.16Work and Energy-Solved problem-6
- 1.17Work and Energy-Solved problem-7
- 1.18Work and Energy-Solved problem-8
- 1.19Work and Energy-Solved problem-9
- 1.20Work and Energy – Solved problem 10
