AP Physics C – Video Lecture Notes Chapter 01-04 Thank You ... · Video Lecture #2 –...

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AP Physics C – Video Lecture Notes Chapter 01-04 Thank You, Amanda Ciccarelli, for these notes. Video Lecture #1 – Dimensions, Conversions and Significant Figures Video Lecture #2 – Introduction to Displacement, Velocity and the Derivative Video Lecture #3 – Introductory Examples of Derivatives including Instantaneous Velocity & Acceleration Palmer 3/12/13 AP Physics C Flipped Lecture Notes Chapter 01-04 - All of Them.doc 1 of 8

Transcript of AP Physics C – Video Lecture Notes Chapter 01-04 Thank You ... · Video Lecture #2 –...

Page 1: AP Physics C – Video Lecture Notes Chapter 01-04 Thank You ... · Video Lecture #2 – Introduction to Displacement, Velocity and the Derivative Video Lecture #3 – Introductory

AP Physics C – Video Lecture Notes Chapter 01-04

Thank You, Amanda Ciccarelli, for these notes. Video Lecture #1 – Dimensions, Conversions and Significant Figures

Video Lecture #2 – Introduction to Displacement, Velocity and the Derivative

Video Lecture #3 – Introductory Examples of Derivatives including Instantaneous Velocity & Acceleration

Palmer 3/12/13 AP Physics C Flipped Lecture Notes Chapter 01-04 - All of Them.doc 1 of 8

Page 2: AP Physics C – Video Lecture Notes Chapter 01-04 Thank You ... · Video Lecture #2 – Introduction to Displacement, Velocity and the Derivative Video Lecture #3 – Introductory

Video Lecture #4 – Using the Derivative to derive two Uniformly Accelerated Motion Equations

Video Lecture #5 – Introductory Example Problem: Position, Velocity and Acceleration using the Derivative

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Page 3: AP Physics C – Video Lecture Notes Chapter 01-04 Thank You ... · Video Lecture #2 – Introduction to Displacement, Velocity and the Derivative Video Lecture #3 – Introductory

Video Lecture #6 – Introduction to Freefall with an Example Problem

Video Lecture #7 – Introduction to Component Vectors and Unit Vectors

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Page 4: AP Physics C – Video Lecture Notes Chapter 01-04 Thank You ... · Video Lecture #2 – Introduction to Displacement, Velocity and the Derivative Video Lecture #3 – Introductory

Video Lecture #8 – An Introductory Vector Addition Problem using Unit Vectors

Video Lecture #9 – Introduction to the R Position Vector by way of an Example Problem

Video Lecture #10 – Using the R Position Vector to find Velocity and Acceleration - Example Problem

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Page 5: AP Physics C – Video Lecture Notes Chapter 01-04 Thank You ... · Video Lecture #2 – Introduction to Displacement, Velocity and the Derivative Video Lecture #3 – Introductory

Video Lecture #11 – Chapter 04 #10 - A Projectile Motion Problem using Unit Vectors

Video Lecture #12 – Introduction to Uniform Circular Motion

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Page 6: AP Physics C – Video Lecture Notes Chapter 01-04 Thank You ... · Video Lecture #2 – Introduction to Displacement, Velocity and the Derivative Video Lecture #3 – Introductory

Video Lecture #13 – Derivation of Centripetal Acceleration

Video Lecture #14 – Deriving the relationship between Angular Velocity and Period

Video Lecture #15 – Explaining the Differences between Tangential and Centripetal Accelerations

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Page 7: AP Physics C – Video Lecture Notes Chapter 01-04 Thank You ... · Video Lecture #2 – Introduction to Displacement, Velocity and the Derivative Video Lecture #3 – Introductory

Video Lecture #16 – Introduction to Relative Motion and Inertial versus Non-Inertial Reference Frames

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Page 8: AP Physics C – Video Lecture Notes Chapter 01-04 Thank You ... · Video Lecture #2 – Introduction to Displacement, Velocity and the Derivative Video Lecture #3 – Introductory

Video Lecture #17 & 18 – Chapter 04 #17 Thank You, Sarah Johnson, for these notes.

(Part 1 & 2) Throwing a Ball off a Building - A Projectile Motion Problem using Unit Vectors

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