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- examprep
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- labs
- lectures
  - Fall 2017 Lecture 1 - Introduction to the Course
  - Fall 2018 Lecture 1 - Introduction to the Course
  - Lecture 1 - Introduction to the Course
  - Recitation I: Kinematics Problems
  - Fall 2017 Lecture 2 - 1-D and 2-D Kinematics
  - Fall 2018 Lecture 2 - 1-D and 2-D Kinematics
  - Lecture 2 - 1D Kinematics
  - Recitation II: Force Problems
  - Fall 2017 Lecture 3 - 2 and 3 dimensional kinematics
  - Fall 2018 Lecture 3 - 2 and 3 dimensional kinematics
  - Lecture 3 - 2 and 3 dimensional kinematics
  - Recitation III: Circular Motion Problems
  - Fall 2017: Lecture 4 - Newton's Laws of Motion
  - Fall 2018: Lecture 4 - Newton's Laws of Motion
  - Lecture 4 - Projectile Motion Analysis
  - Recitation IV: Work and Energy Problems
  - Fall 2017: Lecture 5 - Applications of Newton's Laws
  - Fall 2018: Lecture 5 - Applications of Newton's Laws
  - Lecture 5 - Newton's Laws of Motion
  - Recitation V: Momentum Problems
  - Fall 2017: Lecture 6 - Forces with and without Friction
  - Fall 2018: Lecture 6 - Forces with and without Friction
  - Lecture 6 - Applications of Newton's Laws
  - Recitation VI: Rotation Problems
  - Fall 2017: Lecture 7 - Circular Motion
  - Fall 2018: Lecture 7 - Circular Motion
  - Lecture 7 - Force Problems with and without Friction
  - Recitation VII: Statics and Fluids Problems
  - Fall 2017: Lecture 8 - Applications of Circular Motion
  - Fall 2018: Lecture 8 - Applications of Circular Motion
  - Lecture 8 - Circular Motion
  - Recitation VIII: Oscillations Problems
  - Fall 2017: Lecture 9 - Gravitation
  - Fall 2018: Lecture 9 - Gravitation
  - Lecture 9 - Gravitation
  - Fall 2017: Lecture 10 - Planets, Satellites and Introduction to Work
  - Fall 2018: Lecture 10 - Planets, Satellites and Introduction to Work
  - Lecture 10 - Gravity, Planets, Satellites and Orbits
  - Fall 2017: Lecture 11 - Work, Energy and Conservation of Energy
  - Fall 2018: Lecture 11 - Work, Energy and Conservation of Energy
  - Lecture 11 - Work and Energy
  - Fall 2017: Lecture 12 - Energy Conservation with and without Friction
  - Fall 2018: Lecture 12 - Energy Conservation with and without Friction
  - Lecture 12 - Conservation of Energy
  - Fall 2013: Lecture 13 - Energy Problem, Linear Momentum and One Dimensional Collisions
  - Fall 2018: Lecture 13 - Linear Momentum and One Dimensional Collisions
  - Lecture 13 - Various Kinds of Energy Conservation Problems
  - Fall 2017: Lecture 14 - 1-D and 2-D Elastic and Inelastic Collisions
  - Fall 2018: Lecture 14 - 1-D and 2-D Elastic and Inelastic Collisions
  - Lecture 14 - Linear Momentum and One Dimensional Collisions
  - Fall 2017: Lecture 15 - 2-D Collisions and Center of Mass
  - Fall 2018: Lecture 15 - Center of Mass and Rockets
  - Lecture 15 - Linear momentum in more than one dimension
  - Fall 2017: Lecture 16 - Center of Mass and Rockets
  - Fall 2018: Lecture 16: MidTerm I Review
  - Lecture 16 - Center of Mass and Rockets
  - Fall 2017: Lecture 17: MidTerm I Review
  - Fall 2018: Lecture 17 - Rotation and Moment of Inertia
  - Lecture 17 - Rotation and Moment of Inertia
  - Fall 2017: Lecture 18 - Rotation and Moment of Inertia
  - Fall 2018: Lecture 18 - Rotational Dynamics
  - Lecture 18 - Rotational Dynamics
  - Fall 2017: Lecture 19 - Rotational Dynamics
  - Fall 2018: Lecture 19 - Rotational Motion Applications
  - Lecture 19 - Angular Momentum
  - Fall 2017: Lecture 20 - Angular Momentum
  - Fall 2018: Lecture 20 - Angular Momentum
  - Lecture 20 - Angular Momentum Phenomena
  - Fall 2017: Lecture 21 - Angular Momentum and Torque
  - Fall 2018: Lecture 21 - Angular Momentum in 3-D
  - Lecture 21 - Statics
  - Fall 2017: Lecture 22 - Angular Momentum in 3-D
  - Fall 2018: Lecture 22 - Statics
  - Lecture 22 - Static Fluids
  - Fall 2017: Lecture 23 - Statics
  - Fall 2018: Lecture 23 - Static Fluids
  - Lecture 23 - Fluids in Motion
  - Fall 2017: Lecture 24 - Static Fluids
  - Fall 2018: Lecture 24 - Fluids in Motion and Harmonic Motion
  - Lecture 27 - Midterm II Concepts
  - Fall 2017: Lecture 25 - Fluids in Motion and Harmonic Motion
  - Fall 2018: Lecture 25 - Simple harmonic motion examples
  - Lecture 24 - Fluids in Motion and Simple Harmonic Motion
  - Fall 2017: Lecture 26 - Simple harmonic motion
  - Fall 2018: Lecture 26 - Midterm II Concepts
  - Lecture 25 - Not so simple harmonic motion
  - Fall 2017: Lecture 27 - Advanced Oscillations Concepts
  - Fall 2018: Lecture 27 - Advanced Oscillations Concepts and Introduction to Waves
  - Lecture 26 - Advanced Oscillations Concepts and Waves
  - Fall 2017: Lecture 28 - Wave Properties
  - Fall 2018: Lecture 28 - Wave Properties
  - Lecture 28 - Wave Properties
  - Fall 2017: Lecture 29 - Midterm II Concepts
  - Fall 2018: Lecture 29 - Wave Effects and Introduction to Sound
  - Lecture 29 - Wave Effects and Introduction to Sound
  - Fall 2017: Lecture 30 - Wave Effects and Introduction to Sound
  - Fall 2018: Lecture 30 - Sound Effects and Introduction to Temperature
  - Lecture 30 - Sound Effects
  - Fall 2017: Lecture 31 - Sound Effects
  - Fall 2018: Lecture 31 - Ideal Gases and Kinetic Theory
  - Lecture 31 - Temperature and Thermal Expansion
  - Fall 2017: Lecture 32 - Temperature and Thermal Expansion
  - Fall 2018: Lecture 32 - Kinetic Theory and Real Gases
  - Lecture 32 - Ideal Gases
  - Fall 2017: Lecture 33 - Ideal Gases and Kinetic Theory
  - Fall 2018: Lecture 33 - Heat
  - Lecture 33 - Kinetic Theory of Gases
  - Fall 2017: Lecture 34 - Kinetic Theory and Real Gases
  - Fall 2018: Lecture 34 - First Law of Thermodynamics
  - Lecture 34 - Real Gases
  - Fall 2017: Lecture 35 - Heat
  - Fall 2018: Lecture 35 - Second Law of Thermodynamics
  - Lecture 34 - Heat
  - Fall 2017: Lecture 36 - First Law of Thermodynamics
  - Fall 2018: Lecture 36 - Entropy
  - Lecture 35 - First Law of Thermodynamics
  - Fall 2017: Lecture 37 - Second Law of Thermodynamics
  - Fall 2018: Lecture 37 - Post-MidTermII Concepts
  - Lecture 36 - Second Law of Thermodynamics
  - Fall 2017: Lecture 38 - Entropy
  - Lecture 37 - Entropy
  - Fall 2017: Lecture 39 - Post-MidTermII Concepts
  - Lecture 39 - Lab Project Presentations
  - Lecture 40 - Course Wrap Up
  - Lecture 31 and 32 - Temperature and Ideal Gas Laws
  - Final Review Lecture 1 - Fluids, Oscillations, Waves and Sound
  - Final Review Lecture 2
  - Final Review Lecture 3
  - The first 13 lectures - the condensed version
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- PHY 141 - Classical Physics I Honors, Fall 2016
- PHY 141 - Classical Physics I Honors, Fall 2017
- PHY 142 Spring 2018 Syllabus
- PHY 141 - Classical Physics I Honors, Fall 2018
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- Syllabus: PHY 141, Fall 2016
- Syllabus: PHY 141, Fall 2017
- Syllabus: PHY 141, Fall 2018
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phy141/lectures/36.txt · Last modified: 2013/11/20 10:07 by mdawber

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