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Physics 7B General Physics
Introduction to general principles and analytical methods used in physics for students majoring in a biological science. This text addresses fluid statics and fluid flow: complete Bernoulli’s equation, circuits, linear transport, exponential change, capacitors, vectors, linear motion, conservation of linear momentum, angular motion, conservation of angular momentum, force, torque, static equilibrium, Newton’s Laws, kinematics, and harmonic motion.
- Author
- Dina Zhabinskaya
- Publisher
- UC Davis
- Source
- LibreTexts
- License
- CC BY
- Language
- EN
- Category
- Basic Sciences
Contents· 36 sections
- 5: Flow Transport and Exponential - working copy
- 5.00: Overview of Flow Transport and Exponential
- 5.01: Steady-State Energy-Density Model
- 5.02: Static Fluids
- 5.03: Fluid Flow
- 5.04: Electric Circuits
- 5.05: Resistors in Parallel and Series
- 5.06: Circuit Problem Solving
- 5.07: The Linear Transport Model
- 5.08: Exponential Change Model
- 5.09: Exponential Fluid Flow
- 5.10: Exponential Charge Flow
- 5.11: Wrap up
- 6: Newton's Laws of Motion
- 6.0: Overview
- 6.1: Overview of Vectors
- 6.2: The Force model
- 6.3: Applying the Force Model
- 6.4 : Wrap Up
- 7: Momentum
- 7.0: Overview
- 7.1: Linear Momentum
- 7.2: Applications of Momentum Conservation
- 7.3: Angular Motion
- 7.5: The Rotational Analogs of Force Momentum Mass and Impulse
- 7.5: Torque
- 7.6: Static Equilibirium
- 7.7: Angular Momentum
- 7.8: Summary of Linear and Angular Analogs
- 7.9: Wrap-up
- 8: Force and Motion
- 8.0: Overview
- 8.1: Graphing Motion
- 8.2: Kinematics
- 8.3: Wrap-Up
- Agenda