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Physics 7A General Physics
Introduction to general principles and analytical methods used in physics for students majoring in a biological science. This text addresses energy conservation, work, three-phase model and phase transitions, thermal energy, bond energy, mechanical energies, potential energy and force, Lennard-Jones potential, microscopic description of thermal and bond energy, thermodynamics, and entropy.
- Author
- Dina Zhabinskaya
- Publisher
- UC Davis
- Source
- LibreTexts
- License
- CC BY
- Language
- EN
- Category
- Basic Sciences
Contents· 30 sections
- 01: Applying Models to Thermal Phenomena
- 1.01: Where are we Headed
- 1.02: Three-Phase Model of Pure Substances
- 1.03: Energy-Interaction Model
- 1.04: Working With the Energy-Interaction Model
- 1.05: Units Data Tables and Equations
- 1.06: Looking Ahead
- 02: Applying Models to Mechanical Phenomena
- 2.01: Where Are We Headed
- 2.02: Force
- 2.03: Work
- 2.04: Mechanical Energy
- 2.05: Spring-Mass Oscillator
- 2.06: Plotting Energies
- 2.07: Force and Potential Energy
- 2.08: Looking Back and Ahead
- 03: Applying Particle Models to Matter
- 3.01: Where we are headed
- 3.02: Intro Particle Model of Matter
- 3.03: Particle Model of Bond Energy
- 3.04: Particle Model of Thermal Energy
- 3.05: Looking Back and Ahead
- 04: Models of Thermodynamics
- 4.01: Where We Are Headed
- 4.02: Work and Pressure
- 4.03: Ideal Gas Model
- 4.04: Intro Model of Thermodynamics
- 4.05: Thermodynamics processes
- 4.06: Second Law of Thermodynamics
- 4.07: Looking Back and Ahead