Phys1101 - Introductory Physics 1

Phys1101 - Introductory Physics 1

College of Liberal Arts & Sciences

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Introduction
Lecture 01
Lecture 02
- Lecture 2, Part 1: Announcements
- Lecture 2, Part 2: Units
- Lecture 2, Part 3: Vector Introduction
- Lecture 2, Part 4: Adding Vectors Graphically
- Lecture 2, Part 5: Vector Addition Examples
- Lecture 2, Part 6: Vector Component Introduction
- Lecture 2, Part 7: Trigonometry
Lecture 03
- Lecture 3, Part 1: Introduction
- Lecture 3, Part 2: Where Were We
- Lecture 3, Part 3: Vector Components in Detail
- Lecture 3, Part 4: Scalar Component Description
- Lecture 3, Part 5: Example of Finding Scalar Components
- Lecture 3, Part 6: Scalar Component Addition
- Lecture 3, Part 7: Scalar Addition Example
- Lecture 3, Part 8: Motion Diagrams
Lecture 04
- Lecture 4, Part 1: Introduction
- Lecture 4, Part 2: Where Were We
- Lecture 4, Part 3: Location Location Location …
- Lecture 4, Part 4: How Fast ??? What Direction ???
- Lecture 4, Part 5: Speeding Up? Slowing Down?
- Lecture 4, Part 6: What Happens at a Turning Point?
Lecture 05
- Lecture 5, Part 01: Introduction
- Lecture 5, Part 02: Where Were We
- Lecture 5, Part 03: Big Picture: 1D Kinematics
- Lecture 5, Part 04: Kinematic Problem Solving Steps
- Lecture 5, Part 05: Example 1
- Lecture 5, Part 06: Example 2
- Lecture 5, Part 07: Example 3
- Lecture 5, Part 08: Free Fall
- Lecture 5, Part 09: Free Fall and Kinematic Equations
- Lecture 5, Part 10: Example 4
- Lecture 5, Part 11: Example 5
Lecture 06
- Lecture 6, Part 1: Introduction
- Lecture 6, Part 2: Where Were We
- Lecture 6, Part 3: Reading Quiz
- Lecture 6, Part 4: Graph Basics
- Lecture 6, Part 5: Practice Makes Perfect…
- Lecture 6, Part 6: The Tangent Line
Lecture 07
- Lecture 7, Part 1: Introduction
- Lecture 7, Part 2: Where Were We
- Lecture 7, Part 3: 2D Motion Diagrams
- Lecture 7, Part 4: Trajectories
- Lecture 7, Part 5: Why Work With Components…
- Lecture 7, Part 6: Key Vectors in 2D
- Lecture 7, Part 7: Watching 2D Motion
- Lecture 7, Part 8: Dropping Versus Firing…
Lecture 08
- Lecture 8, Part 1: Introduction
- Lecture 8, Part 2: Where Were We
- Lecture 8, Part 3: 2D Kinematic Problems: The Big Picture
- Lecture 8, Part 4: 2D Kinematic Problem Solving Steps
- Lecture 8, Part 5: Example – Part a
- Lecture 8, Part 6: Example – Part b
- Lecture 8, Part 7: Your Turn
Lecture 09
- Lecture 9, Part 1: Introduction
- Lecture 9, Part 2: Where Were We
- Lecture 9, Part 3: What is Special About Projectile Motion?
- Lecture 9, Part 4: Example Part a
- Lecture 9, Part 5: Example Part b
- Lecture 9, Part 6: Example Part c
- Lecture 9, Part 7: Your Turn
Lecture 10
- Lecture 10, Part 1: Introduction
- Lecture 10, Part 2: Where Were We
- Lecture 10, Part 3: Dynamics: Why Does Velocity Change?
- Lecture 10, Part 4: Physical Interpretation of Newton’s Laws
- Lecture 10, Part 5: What is a Force?
- Lecture 10, Part 6: Mathematics of Newton’s 2nd Law
Lecture 11
- Lecture 11, Part 1: Introduction
- Lecture 11, Part 2: Where Were We
- Lecture 11, Part 3: Free Body Diagram and Vector Nature of Newton’s 2nd Law
- Lecture 11, Part 4: Common Forces: Weight
- Lecture 11, Part 5: Common Forces: Tension
- Lecture 11, Part 6: Common Forces: Normal Force
- Lecture 11, Part 7: Common Forces: Friction
- Lecture 11, Part 8: Problem Solving Steps
- Lecture 11, Part 9: Example
Lecture 12
- Lecture 12, Part 1: Introduction
- Lecture 12, Part 2: Where Were We
- Lecture 12, Part 3: Example 1
- Lecture 12, Part 4: Example 2
- Lecture 12, Part 5: Example 3
Lecture 13
- Lecture 13, Part 1: Introduction and Where Were We?
- Lecture 13, Part 2: Why/When Do We Need Newton’s Third Law?
- Lecture 13, Part 3: Newton’s 3rd Law
- Lecture 13, Part 4: Changes To Our Problem-Solving Steps
- Lecture 13, Part 5: Example 1
- Lecture 13, Part 6: Ropes and Pulleys
- Lecture 13, Part 7: Example 2
- Lecture 13, Part 8: Your Turn
Lecture 14
- Lecture 14, Part 01: Introduction
- Lecture 14, Part 02: Where Were We ?
- Lecture 14, Part 03: Uniform Circular Motion: What You Need To Know
- Lecture 14, Part 04: Example 1
- Lecture 14, Part 05: Example 2
- Lecture 14, Part 06: Example 3
- Lecture 14, Part 07: Optional Roller Coaster Example
- Lecture 14, Part 08: Satellite Example
- Lecture 14, Part 09: The Universal Law of Gravitation
- Lecture 14, Part 10: Satellite Example Continued
Lecture 15
- Lecture 15, Part 1: Introduction and Where Were We?
- Lecture 15, Part 2: Energy Conservation: The Basics
- Lecture 15, Part 3: How Do You Calculate the Net Work?
- Lecture 15, Part 4: New Problem Solving Steps
- Lecture 15, Part 5: Example 1
- Lecture 15, Part 6: Example 2
- Lecture 15, Part 7: Last Example
- Lecture 15, Part 8: Final Quiz Questions…
Lecture 16
- Lecture 16, Part 1: Introduction and Where Were We?
- Lecture 16, Part 2: Defining Our New “Energy Conservation Starting Equation”
- Lecture 16, Part 3: Defining Mechanical Energy
- Lecture 16, Part 4: New Problem Solving Steps
- Lecture 16, Part 5: First Example
- Lecture 16, Part 6: Second Example
- Lecture 16, Part 7: Last Example
- Lecture 16, Part 8: Redo Example From Last Lecture
Lecture 17
- Lecture 17, Part 1: Lecture
Lecture 18
- Lecture 18, Part 1: Introduction and Where Were We?
- Lecture 18, Part 2: Momentum Change of a Single Object
- Lecture 18, Part 3: Conservation of Momentum
Lecture 19
- Lecture 19, Part 1: Introduction and Where Were We?
- Lecture 19, Part 2: Let’s Start With Another Example
- Lecture 19, Part 3: Elastic Collisions
- Lecture 19, Part 4: Remaining Quiz Questions
Lecture 20
- Lecture 20, Part 1: Introduction and Where Were We?
- Lecture 20, Part 2: Rotational Kinematics: The Basics
- Lecture 20, Part 3: Examples
Lecture 21
- Lecture 21, Part 1: Introduction and Where Were We?
- Lecture 21, Part 2: Describing Motion ALONG the Circular Path…
- Lecture 21, Part 3: Examples
- Lecture 21, Part 4: Rolling Motion
Lecture 22
- Lecture 22, Part 1: Introduction and Where Were We?
- Lecture 22, Part 2: A Net Torque Causes Angular Acceleration
- Lecture 22, Part 3: Torque Example
- Lecture 22, Part 4: Equilibrium Example
- Lecture 22, Part 5: Moment of Inertia
- Lecture 22, Part 6: Non-Equilibrium Example
- Lecture 22, Part 7: Another Example
Lecture 23
- Lecture 23, Part 1: Introduction and Where Were We?
- Lecture 23, Part 2: The Basics of Oscillatory Motion
- Lecture 23, Part 3: Hooke’s Law
- Lecture 23, Part 4: Kinematics of Simple Harmonic Motion
- Lecture 23, Part 5: Example
Lecture 24
- Lecture 24, Part 1: Lecture
Lecture 25
- Lecture 25, Part 1: Introduction
- Lecture 25, Part 2: The Basics of Wave Motion
- Lecture 25, Part 3: Motion of a Particle on a Wave
- Lecture 25, Part 4: Motion of The Wave Crest
- Lecture 25, Part 5: Examples

Lecture 16

1 hr. 40 min.

Lecture 16, Part 1: Introduction and Where Were We?
Lecture 16, Part 2: Defining Our New “Energy Conservation Starting Equation”
Lecture 16, Part 3: Defining Mechanical Energy
Lecture 16, Part 4: New Problem Solving Steps
Lecture 16, Part 5: First Example
Lecture 16, Part 6: Second Example
Lecture 16, Part 7: Last Example
Lecture 16, Part 8: Redo Example From Last Lecture

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