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Physics 8A - (DeWeese)
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-- KINEMATICS --
Lectures: Kinematics17 Topics-
P01-010 - Measuring Time & Position
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P01-020 - Particle Model
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P01-030 - Position Vector
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P01-040 - Displacement Vector
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P01-050 - Average Velocity Vector
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P01-060 - Average Acceleration Vector
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P01-070 - Instantaneous Velocity
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P01-080 - Instantaneous Acceleration
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P01-090 - Relationship Between Velocity & Acceleration
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P01-100 - Kinematic Equations with Constant Acceleration
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P01-110 - Application: Free-Fall
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P01-140 - Position Vector in 3D
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P01-150 - Displacement Vector in 3D
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P01-160 - Average Velocity Vector in 3D
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P01-170 - Average Acceleration Vector in 3D
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P01-180 - Instantaneous Velocity in 3D
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P01-190 - Instantaneous Acceleration in 3D
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P01-010 - Measuring Time & Position
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Average quantities16 Topics
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P01R2015 - Graphical Subtraction of Vectors
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P01G2015 - Average Velocity
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P01R2015 - Trip to the Store
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P01R2015 - Acceleration on an incline
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P01R2015 - Vertical Free-fall
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P01R2015 - Rising Rocket
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P01R2021 - Physics Rocks
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P01R2015 - Catching the Bus
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P01R2020 - Coming at Each Other
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P01R2020 - Trains Crossing
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P01R2015 - Highway Patrol
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P01G2019 - Cars Racing Alongside Each Other
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P01G2007 - Balls Colliding in Mid-air
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P01G2008 - Passing a Car
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P01R2015 - Furiously Fast
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P01R2015 - Biking Along
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P01R2015 - Graphical Subtraction of Vectors
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-- PROJECTILE MOTION --Lectures: Projectile Motion7 Topics
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One object & one phase of motion13 Topics
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P02R2017 - Hats Off to Frosty
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P02R2015 - Analysis of a Jump
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P02G2021 - Projectile Launched from Unknown Height
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P02R2015 - Air Delivery
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P02G2018 - Air Drop
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P02R2015 - A Ball Game
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P02R2015 - Throwing a Rock Off a Cliff
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P02S2008 - A Bouncing Superball
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P02R2015 - Clearing the Edge of a Cliff
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P02G2017 - Ball Toss
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P02G2005 - Home Run
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P02G2016 - Ball Thrown in the Air
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P02G2020 - Football Toss
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P02R2017 - Hats Off to Frosty
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-- NEWTON'S LAWS --Lectures: Newton's Laws13 Topics
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P03-010 - Force and Vector Representation
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P03-020 - Common Forces: weight force
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P03-030 - Common Forces: tension force
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P03-040 - Common Forces: normal force
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P03-050 - Common Forces: friction forces
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P03-060 - Common Forces: spring force & Hooke's Law
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P03-070 - Free-Body Diagram
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P03-080 - Net Force
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P03-090 - Newton's First Law
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P03-100 - Newton's Second Law
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P03-110 - Newton's Third Law
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P03-120 - Application: ideal string
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P03-130 - Application: ideal pulley
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P03-010 - Force and Vector Representation
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One object & two phases of motion23 Topics
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P03R2015 - Three Hanging Masses
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P03R2015 - Hanging Mass
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P03R2015 - Keeping a Box at Rest
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P03G2018 - Blocks Slipping on an Incline
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P03B2006 - Sliding or Not?
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P03G2007 - Holding a Block on an Incline
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P03G2008 - Holding a Block Up Against a Wall
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P03G2016 - Pressing a Block Against a Wall
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P03R2015 - Resting or Sliding Up an Incline
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P03R2015 - Acceleration and Friction Forces
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P03G2015 - Pushing on Three Blocks
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P03R2015 - Small Block on Larger Moving Block
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P03R2015 - Blocks Sliding Down a Ramp
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P03B2006 - Who is Pulling Who?
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P03G2016 - Joint Inclines
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P03G2017 - Pulling Three Blocks
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P03G2018 - Pulling and Lifting
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P03G2020 - Connected Blocks
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P03G2021 - Minimum Slipping Force
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P03G2022 - Pulling Blocks on an Incline
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P03R2015 - Atwood Machine
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P03R2015 - Acceleration Constraint
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P03R2015 - Pulling Two Connected Boxes
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P03R2015 - Three Hanging Masses
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-- CIRCULAR MOTION --Lectures: Circular Motion13 Topics
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P04-010 - Circular Motion
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P04-020 - RTZ Coordinate System
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P04-030 - Direction of Acceleration
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P04-040 - Components of Acceleration
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P04-060 - Uniform & Non-Uniform Circular Motion
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P04-070 - Period of Revolution
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P04-080 - Newton's Second Law
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P04-090 - Angular Position & Displacement
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P04-100 - Instantaneous Angular Velocity
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P04-110 - Instantaneous Angular Acceleration
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P04-120 - Relationship Between Velocity and Acceleration
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P04-130 - Kinematic Equations for Circular Motion
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P04-140 - Relating Angular & Linear Quantities
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P04-010 - Circular Motion
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Two objects & one phase of motion13 Topics
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P04G2016 - Lift Force on a Plane
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P04B2006 - Space Ride
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P04G2017 - Toy Car
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P04G2018 - Holding a Block against a Wall
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P04G2022 - Pendulum
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P04R2015 - Connected Blocks and Circular Motion
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P04R2017 - Rotating Around a Rod
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P04R2019 - Twirling Pendulum
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P04B2016 - Banked Curve vs. Flat Curve
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P04B2018 - Car Rounding a Curve
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P04R2015 - Banked Road
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P04G2019 - Semicircular Hill and Valley
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P04G2005 - Flying in a Loop
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P04G2016 - Lift Force on a Plane
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-- WORK & ENERGY --Lectures: Work & Energy12 Topics
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P05-010 - Energy
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P05-020 - Kinetic Energy
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P05-030 - Gravitational Potential Energy
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P05-040 - Elastic Potential Energy
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P05-050 - Mechanical Energy
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P05-060 - Work Done by a Force
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P05-070 - Calculating the Work Done by a Force
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P05-100 - Work Done by the Weight Force
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P05-110 - Work Done by the Spring Force
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P05-120 - Work-Kinetic Energy Theorem
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P05-140 - Conservation of Mechanical Energy
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P05-150 - Power and Mechanical Power
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P05-010 - Energy
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Two objects & two phases of motion21 Topics
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P05R2015 - Over Two Hills
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P05R2015 - Sliding Down the Track
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P05R2015 - Sliding Down Onto a Spring
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P05R2015 - Landing on a Spring
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P05G2007 - Package Landing on a Spring
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P05G2005 - Blocks Connected Over a Pulley
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P05G2019 - Block on a Vertical Spring
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P05G2020 - Frictionless Ramp
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P05G2016 - Mass-Spring System
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P05R2015 - Rough Sliding
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P05G2017 - Shooting a Crate
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P05G2018 - Back and Forth Between Springs
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P05R2015 - Springs and Friction
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P05R2021 - Launching a Block Up a Rough Incline
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P05G2016 - Non-Conservative Force
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P05G2021 - Friction Under a Spring
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P05G2018 - Projectile Launched from a Ramp
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P05G2019 - Pushing a Block on the Ceiling
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P05R2015 - Risky Swinging
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P05S2013 - Stretching a Spring
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P05S2015 - Sliding Off a Ramp with Friction
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P05R2015 - Over Two Hills
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-- MIDTERM 1 - STUDY GUIDE --Lectures: Impulse & Momentum9 Topics
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P06-010 - Momentum Vector
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P06-020 - Newton's Second Law in Momentum Form
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P06-030 - Conservation of Momentum
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P06-040 - Impulse of a Force
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P06-050 - How to Calculate an Impulse
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P06-060 - Impulse-Momentum Theorem
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P06-070 - Inelastic & Elastic Collisions
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P06-080 - Solving Strategy: perfectly inelastic collision
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P06-090 - Solving Strategy: head-on elastic collision
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P06-010 - Momentum Vector
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Graph-based problems20 Topics
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P06G2005 - Game of Catch
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P06R2019 - Bullet Fired into a Block
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P06R2015 - Ball Bouncing Off a Wall
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P06R2015 - Hockey Puck Bouncing Off a Wall
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P06G2019 - Blocks & Compressed Spring
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P06R2015 - Sliding and Colliding
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P06B2006 - Saving Lois?
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P06G2007 - Three Colliding Blocks
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P06G2017 - Sequence of Collisions
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P06R2017 - Collision Course
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P06R2019 - Two Collisions in a Row
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P06R2020 - From One Spring to Another
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P06R2015 - Ballistic Pendulum
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P06G2015 - Inelastic Collision
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P06G2016 - Collision Between Three Masses
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P06G2018 - Masses Bouncing Off Each Other
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P06G2020 - Speed Before and After a Collision
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P06R2015 - Blocks Colliding
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P06R2015 - Explosion of a Hockey Puck
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P06R2020 - Inelastic Collision vs. Elastic Collision
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P06G2005 - Game of Catch
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Lectures: Gravitation12 Topics
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P07-010 - Gravitational Field
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P07-020 - Gravitational Force
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P07-030 - The Weight Force
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P07-040 - The Principle of Superposition
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P07-050 - Circular Orbits: uniform circular motion
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P07-060 - Circular Orbits: orbital speed
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P07-070 - Circular Orbits: period of revolution
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P07-080 - Gravitational Potential Energy
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P07-090 - Gravitational Potential Energy for a System of Masses
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P07-100 - Gravitational Potential Energy and Work
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P07-110 - Conservation of Mechanical Energy
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P07-130 - Escape Velocity
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P07-010 - Gravitational Field
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Horizontal circular motion10 Topics
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P07R2015 - Accelerations Due to Gravity
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P07S2015 - Mass Density of the Earth & the Moon
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P07R2015 - Orbiting Satellite
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P07R2015 - Geostationary Satellite
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P07S2013 - Three Orbiting Bodies
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P07S2013 - Orbiting the Center of Mass
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P07R2015 - From One Planet to Another
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P07B2012 - Orbiting Spaceship
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P07B2017 - Blast Off
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P07B2016 - Space Maneuvers
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P07R2015 - Accelerations Due to Gravity
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Lectures: Center of Mass5 Topics
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Problems with $v_0$ and $\theta$ known8 Topics
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Lectures: Statics5 Topics
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Problems with $v_0$ or $\theta$ unknown14 Topics
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P09R2015 - Suspended Beam
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P09R2020 - Balanced Beam
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P09R2020 - Balanced Beam with Hanging Mass
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P09R2015 - Resting Ladder
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P09R2015 - Ladder and Painter
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P09R2015 - Straw Balanced Across a Glass
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P09G2018 - Balanced Pole
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P09G2019 - Non-Uniform Hanging Bar
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P09R2015 - Non-Uniform Balancing Rod
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P09G2007 - Rod in Equilibrium
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P09G2016 - Balancing a Horizontal Rod
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P09G2017 - Two Balanced Rods
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P09G2020 - Beam with Two Sections
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P09R2021 - Balancing Force
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P09R2015 - Suspended Beam
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-- IMPULSE & MOMENTUM --Lectures: Dynamics7 Topics
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Problems with $v_0$ and $\theta$ unknown14 Topics
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P10S2015 - Helicopter Blade
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P10G2005 - Rotating a Disk and a Rod
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P10G2016 - Rotating Cylinder
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P10R2020 - Rotating a Disk
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P10R2015 - Two Rockets on a Rod
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P10G2018 - Pushing a Door and a Box
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P10R2015 - Kinematics of a Hollow Sphere
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P10R2015 - Atwood Machine
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P10R2015 - A Non-Ideal Pulley
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P10G2019 - Blocks & Non-ideal Pulley
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P10G2007 - Pulley Lowering a Block
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P10G2015 - Acceleration of a Pulley
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P10R2017 - Cylinder Dragging a Box
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P10R2020 - Pulley Lowering a Block
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P10S2015 - Helicopter Blade
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-- GRAVITATION --Lectures: Energy & Momentum8 Topics
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P11-010 - Angular Momentum
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P11-020 - Newton's Second Law in Angular Momentum Form
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P11-030 - Conservation of Angular Momentum
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P11-050 - Rolling Motion
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P11-060 - Rolling w/o Slipping and Static Friction
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P11-070 - Rotational Kinetic Energy
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P11-080 - Rolling Kinetic Energy
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P11-110 - Conservation of Energy for Rolling w/o Slipping
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P11-010 - Angular Momentum
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Projectile motion & more11 Topics
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P11G2019 - Biking Down a Hill
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P11G2007 - Kinetic Energy of a Spool
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P11G2008 - Rotating Rod
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P11G2015 - Disk Rolling then Sliding
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P11G2016 - Unraveling a String Wound on a Sphere
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P11G2017 - Velocity of a Rolling Disk
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P11G2018 - Two-Disk Pulley
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P11R2015 - Down the Incline
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P11G2015 - Around the Loop
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P11R2015 - Rolling Without Slipping Around a Loop
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P11G2005 - Pulley with Friction
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P11G2019 - Biking Down a Hill
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-- CENTER OF MASS --Lectures: Fluids9 Topics
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P12-010 - Definitions for Fluids
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P12-020 - Mass Density & Pressure
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P12-030 - Fundamental Equation of Hydrostatics
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P12-050 - Buoyant Force & Archimedes' Principle
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P12-060 - Floating Condition and Neutrally Buoyant Objects
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P12-070 - Pascal's Principle
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P12-090 - Volume Flow Rate & Mass Flow Rate
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P12-100 - Continuity Equation
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P12-110 - Bernoulli's Equation
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P12-010 - Definitions for Fluids
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Static equilibrium20 Topics
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P12R2015 - U-Shaped Tube with Oil and Water
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P12R2015 - The Hidden Part of the Iceberg
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P12G2005 - Floating Glass Beaker
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P12G2007 - Boat with a Ballast
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P12G2016 - Floating Cylinder
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P12G2019 - Anchored Barge
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P12G2018 - Piece of Iron with Cavities
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P12G2020 - Weighing Suspended Blocks in Water
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P12R2021 - Hot Air Balloon
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P12G2016 - Flow Through a Horizontal Pipe
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P12G2019 - Large Hole in Water Tank
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P12G2008 - Hose Draining a Tank
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P12G2015 - Flow Through a Pipe
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P12G2017 - Flow Through Pitot Tube
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P12G2018 - Narrow Pipe on a Tank
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P12R2015 - Filling a Leaking Tank
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P12R2015 - Pitot Tube
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P12G2007 - Water Leaking Out of a Tank
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P12R2021 - Drinking Fountain
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P12S2009 - Leaky Cylindrical Tank
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P12R2015 - U-Shaped Tube with Oil and Water
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-- TORQUE - STATICS --Lectures: Oscillations17 Topics
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P13-010 - Oscillatory Motion
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P13-020 - Definitions: period, frequency, and amplitude
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P13-030 - Modeling Oscillations Mathematically
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P13-060 - Methods to Determine the Phase Constant
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P13-040 - Velocity & Acceleration of Oscillations
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P13-050 - Maximum Speed and Maximum Acceleration
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P13-070 - Review: second-order differential equations
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P13-080 - Classic Oscillators: horizontal mass-spring oscillator
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P13-090 - Classic Oscillators: vertical mass-spring oscillator
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P13-100 - Classic Oscillators: simple pendulum
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P13-110 - Classic Oscillators: physical pendulum
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P13-120 - Classic Oscillators: torsional pendulum
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PNC-13-130 - Conservation of Energy: horizontal oscillator
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PNC-13-140 - Conservation of Energy: vertical mass-spring oscillator
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PNC-13-150 - Conservation of Energy: simple pendulum
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PNC-13-160 - Conservation of Energy: physical pendulum
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P13-180 - Springs in Series or in Parallel
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P13-010 - Oscillatory Motion
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Second law & kinematics10 Topics
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P13R2015 - Mathematics of Oscillations
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P13R2015 - Springs in Series and in Parallel
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P13S2017 - Bobbing Cylinder
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P13R2015 - Oscillating Block
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P13R2015 - Superposed Oscillating Blocks
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P13G2015 - Collision then Oscillations
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P13G2018 - Mass Dropped on an Oscillator
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P13R2015 - Landing on a Spring
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P13R2015 - Energy of a Horizontal Oscillator
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P13R2015 - Energy of a Simple Pendulum
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P13R2015 - Mathematics of Oscillations
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-- TORQUE - DYNAMICS --Lectures: Mechanical Waves20 Topics
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PNC-14-010 - Fundamental Definitions
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P14-020 - Classification of Waves
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P14-030 - One-Dimensional Sinusoidal Traveling Waves
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P14-040 - Period and Wavelength
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P14-050 - Speed of a Traveling Wave
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P14-060 - Principle of Superposition
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P14-070 - Constructive and Destructive Interference
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P14-080 - Conditions for Constructive and Destructive Interference
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P14-100 - Celerity of a Wave on a String
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P14-110 - Reflection of a Wave at a Boundary
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P14-120 - Standing Waves
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P14-130 - Patterns, Fundamental Frequency, Harmonics
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P14-140 - Soundwaves
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P14-160 - Standing Waves in a Column of Air
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P14-170 - Column of Air Closed at Both Ends
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P14-180 - Column of Air Open at Both Ends
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P14-190 - Column of Air with Open/Closed Ends
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P14-200 - Beats
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P14-210 - Doppler Effect
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P14-220 - Intensity and Sound Level
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PNC-14-010 - Fundamental Definitions
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Two objects or more18 Topics
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P14R2015 - Describing a Wave Mathematically
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P14R2019 - Guitar String
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P14G2007 - Standing Wave on a Wire
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P14G2015 - Standing Wave on a String
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P14G2016 - Vibrating Wire
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P14G2018 - Standing Wave Pattern
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P14G2008 - Another Vibrating Wire
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P14R2015 - Two Strings
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P14R2015 - Speaker and Microphone
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P14R2015 - A Tuning Fork and a Tube
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P14R2015 - Interfering Soundwaves
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P14G2019 - Standing Waves in a Pipe
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P14R2015 - Strings Attached
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P14G2015 - Extraterrestrial Doppler Shift
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P14G2017 - Doppler-Shifted Train Whistle
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P14R2015 - Foghorns on the Bay
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P14G2016 - Oscillating Speaker
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P14G2007 - Bat Flying Toward a Wall
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P14R2015 - Describing a Wave Mathematically
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-- TORQUE - ENERGY & MOMENTUM --Lectures: Calorimetry7 Topics
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Objects connected with a string9 Topics
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-- FLUIDS --Lectures: First Law11 Topics
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P16-010 - Ideal Gas Law
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P16-090 - Molar Specific Heats of an Ideal Gas
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P17-010 - Thermodynamic Transformations of a System
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P17-020 - PV Diagram & Processes
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P17-030 - Internal Energy
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P17-040 - First Law of Thermodynamics
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P17-050 - Work Done by an Ideal Gas
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P17-060 - Heat Transfer for an Ideal Gas
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P17-080 - Thermal Devices
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P17-090 - Heat Engine
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P17-100 - Efficiency of a Heat Engine
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P16-010 - Ideal Gas Law
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Vertical circular motion14 Topics
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P17R2015 - Adiabatic Equations
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P17R2015 - Gas Compression
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P17G2007 - Ideal Gas in a Cylinder
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P17R2015 - Spring-Loaded Piston
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P17G2007 - Work and Heat over a Cycle
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P17G2008 - Mystery Process
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P17G2016 - Thermodynamic Cycle
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P17G2017 - Three-Step Cycle
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P17G2018 - Heat Transfer over a Cycle
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P17G2019 - Cycle with Linear Segment
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P17G2015 - Cycle of a Monatomic Gas
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P17R2021 - Triangular Thermodynamic Cycle
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P17R2015 - Engine or Refrigerator
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P17B2018 - Heat Engine and Square Cycle
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P17R2015 - Adiabatic Equations
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-- OSCILLATIONS --Lectures: Second Law5 Topics
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Critical speed problems3 Topics
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