8A Masterclass (Bordel)

-- KINEMATICS --
Kinematics – Lecture
19 Topics
P01-010 – Measuring Time & Position
P01-020 – Particle Model
P01-030 – Position Vector
P01-040 – Displacement Vector
P01-050 – Average Velocity Vector
P01-060 – Average Acceleration Vector
P01-070 – Instantaneous Velocity
P01-080 – Instantaneous Acceleration
P01-090 – Relationship Between Velocity & Acceleration
P01-100 – Kinematic Equations with Constant Acceleration
P01-110 – Application: Free-Fall
P01-200 – Angular Position & Displacement
P01-210 – Average Angular Velocity
P01-220 – Average Angular Acceleration
P01-230 – Instantaneous Angular Velocity
P01-240 – Instantaneous Angular Acceleration
P01-250 – Relationship Between Angular Speed & Acceleration
P01-260 – Kinematic Equations for Circular Motion
P01-270 – Relating Angular and Linear Quantities
8A – Kinematics Summary
Kinematics – Problems
21 Topics
P01R2015 – Components & Dot Product
P01R2015 – Graphical Subtraction of Vectors
P01G2015 – Average Velocity
P01L2022 – Kitty Kinematics
P01R2015 – Trip to the Store
P01R2015 – Acceleration on an incline
P01R2015 – Vertical Free-fall
P01R2015 – Rising Rocket
P01G2019 – Rocket Launch
P01G2019 – Cars Racing Alongside Each Other
P01R2021 – Physics Rocks
P01R2015 – Catching the Bus
P01R2020 – Coming at Each Other
P01R2020 – Trains Crossing
P01R2015 – Highway Patrol
P01G2007 – Balls Colliding in Mid-air
P01D2017 – Relay Race
P01G2008 – Passing a Car
P01R2015 – Furiously Fast
P01S2015 – Dropping vs. Throwing
P01R2015 – Biking Along
-- PROJECTILE MOTION --
Projectile Motion – Lecture
7 Topics
P02-010 – Projectile Motion
P02-020 – Equations of Motion
P02-030 – Equation of the Path y = f(x)
P02-040 – Finding the Maximum Height
P02-050 – Property of the Path of the Projectile
P02-060 – Range of the Projectile
P02-070 – Launch Angle and Range Maximization
8A – Projectile Motion Summary
Projectile Motion – Problems
23 Topics
P02R2017 – Hats Off to Frosty
P02G2021 – Projectile Launched from Unknown Height
P02L2018 – Snowball Rolling Off a Roof
P02L2018 – Flying Trapeze
P02L2019 – Slanted Rocket Launch
P02R2015 – Analysis of a Jump
P02R2015 – Hoop Spacing
P02R2015 – Air Delivery
P02G2018 – Air Drop
P02L2021 – Lunch Throw
P02L2022 – Launching a Box Over a Ravine
P02R2015 – A Ball Game
P02S2008 – A Bouncing Superball
P02R2015 – Throwing a Rock Off a Cliff
P02S2019 – Ball Flying Past a Window
P02G2017 – Ball Toss
P02R2015 – Clearing the Edge of a Cliff
P02G2005 – Home Run
P02G2016 – Ball Thrown in the Air
P02G2020 – Football Toss
P02S2013 – Throwing a Rock Over a Plateau
P02S2010 – Tennis Ball Launcher and Mobile Target
P02S2016 – Throwing Gum Out an Elevator
-- NEWTON'S LAWS --
Newton’s Laws – Lecture
13 Topics
P03-010 – Force and Vector Representation
P03-020 – Common Forces: weight force
P03-030 – Common Forces: tension force
P03-040 – Common Forces: normal force
P03-050 – Common Forces: friction forces
P03-060 – Common Forces: spring force & Hooke’s Law
P03-070 – Free-Body Diagram
P03-080 – Net Force
P03-090 – Newton’s First Law
P03-100 – Newton’s Second Law
P03-110 – Newton’s Third Law
P03-120 – Application: ideal string
P03-130 – Application: ideal pulley
8A – Newton’s Laws Summary
Newton’s Laws – Problems
41 Topics
P03R2015 – Three Hanging Masses
P03G2018 – Blocks Slipping on an Incline
P03R2015 – Hanging Mass
P03S2008 – Three Blocks at Rest
P03S2016 – Two Blocks Compressing a Spring
P03R2015 – Keeping a Box at Rest
P03S2013 – Rocket Launch
P03B2006 – Sliding or Not?
P03G2007 – Holding a Block on an Incline
P03G2008 – Holding a Block Up Against a Wall
P03G2016 – Pressing a Block Against a Wall
P03L2021 – Crate in a Truck Bed
P03R2015 – Resting or Sliding Up an Incline
P03R2015 – Acceleration and Friction Forces
P03S2009 – Max and Min Angle of an Incline
P03S2016 – Corvette Flying Off a Cliff
P03G2005 – Holding Up a Block
P03G2015 – Pushing on Three Blocks
P03L2018 – Sliding from Under a Plank
P03R2015 – Small Block on Larger Moving Block
P03S2016 – Pulling Stacked Blocks
P03R2015 – Blocks Sliding Down a Ramp
P03S2015 – Small Block Sliding on Another
P03S2019 – Stacked Triangular Blocks
P03S2019 – Sliding Up a Wedge at Rest
P03B2006 – Who is Pulling Who?
P03G2016 – Joint Inclines
P03G2017 – Pulling Three Blocks
P03G2018 – Pulling and Lifting
P03G2020 – Connected Blocks
P03G2021 – Minimum Slipping Force
P03G2022 – Pulling Blocks on an Incline
P03L2019 – Sliding Connected Blocks
P03L2022 – Unknown Suspended Mass
P03R2015 – Atwood Machine
P03R2015 – Acceleration Constraint
P03S2008 – Two Blocks on the Verge of Slipping
P03S2013 – Lifting a Box with Pulleys
P03S2015 – Climbing Up a Rope
P03L2021 – Stacked Blocks and a Pulley
P03R2015 – Pulling Two Connected Boxes
-- CIRCULAR MOTION --
Circular Motion – Lecture
13 Topics
P04-010 – Circular Motion
P04-020 – RTZ Coordinate System
P04-030 – Direction of Acceleration
P04-040 – Components of Acceleration
P04-060 – Uniform & Non-Uniform Circular Motion
P04-070 – Period of Revolution
P04-080 – Newton’s Second Law
P04-090 – Angular Position & Displacement
P04-100 – Instantaneous Angular Velocity
P04-110 – Instantaneous Angular Acceleration
P04-120 – Relationship Between Velocity and Acceleration
P04-130 – Kinematic Equations for Circular Motion
P04-140 – Relating Angular & Linear Quantities
8A – Circular Motion Summary
Circular Motion – Problems
25 Topics
P04G2016 – Lift Force on a Plane
P04B2006 – Space Ride
P04G2017 – Toy Car
P04G2018 – Holding a Block against a Wall
P04G2022 – Pendulum
P04L2019 – Rotating Block with Two Strings
P04L2021 – Bead on a Rotating Ring
P04R2015 – Connected Blocks and Circular Motion
P04R2017 – Rotating Around a Rod
P04R2019 – Twirling Pendulum
P04S2016 – Car Driving Inside a Cone
P04S2016 – Sliding Around a Funnel
P04S2019 – RC Car in a Can
P04S2016 – Pendulum on Planet Vulcan
P04S2013 – Riding Inside a Spherical Cage
P04L2018 – Banked Curve
P04R2015 – Banked Road
P04S2015 – Racing Outside a Banked Curve
P04D2010 – Ferris Wheel
P04L2022 – Circular Hills and Valleys
P04G2019 – Semicircular Hill and Valley
P04S2015 – Whirling a Stone
P04G2005 – Flying in a Loop
P04R2015 – Around the Loop
P04R2015 – Skateboarding in the Hills
-- WORK & ENERGY --
Work & Energy – Lecture
14 Topics
P05-010 – Energy
P05-020 – Kinetic Energy
P05-030 – Gravitational Potential Energy
P05-040 – Elastic Potential Energy
P05-050 – Mechanical Energy
P05-060 – Work Done by a Force
P05-070 – Calculating the Work Done by a Force
P05-080 – Conservative Force
P05-100 – Work Done by the Weight Force
P05-110 – Work Done by the Spring Force
P05-120 – Work-Kinetic Energy Theorem
P05-130 – Derivation of the Work-Kinetic Energy Theorem
P05-140 – Conservation of Mechanical Energy
P05-150 – Power and Mechanical Power
8A – Work & Energy Summary
Work & Energy – Problems
30 Topics
P05G2007 – Package Landing on a Spring
P05R2015 – Over Two Hills
P05R2015 – Sliding Down the Track
P05R2015 – Landing on a Spring
P05R2015 – Sliding Down Onto a Spring
P05G2005 – Blocks Connected Over a Pulley
P05L2022 – From One Spring to Another
P05S2016 – Sliding Over a Hill
P05G2019 – Block on a Vertical Spring
P05G2016 – Mass-Spring System
P05R2015 – Rough Sliding
P05G2017 – Shooting a Crate
P05G2018 – Back and Forth Between Springs
P05L2019 – Box of Gravel Pulled by a Bucket of Concrete
P05R2015 – Springs and Friction
P05R2021 – Launching a Block Up a Rough Incline
P05S2016 – Sliding Down and Bouncing Back Up
P05S2015 – Sliding Across a Track
P05G2016 – Non-Conservative Force
P05G2021 – Friction Under a Spring
P05L2019 – Truck Emergency Ramp
P05L2022 – Adding Friction to a Launch Ramp
P05S2019 – Down and Up Twice
P05G2018 – Projectile Launched from a Ramp
P05G2019 – Pushing a Block on the Ceiling
P05R2015 – Risky Swinging
P05S2013 – Stretching a Spring
P05S2015 – Sliding Off a Ramp with Friction
P05R2015 – Energy of Connected Masses
P05R2015 – Spring, Pulley, and Masses
MIDTERM 1 - STUDY GUIDE
Bordel – 8A 2016 Spring – Midterm 1 – L1
4 Topics
P01B2016 – Jetliner Landing
P02B2016 – Rescue Operation
P04B2016 – Banked Curve vs. Flat Curve
P05B2016 – Swinging on a Vine
Bordel – 8A 2017 Spring – Midterm 1 – L1
4 Topics
P01B2017 – Airport Connection
P04B2017 – Ball Launched from a Tube
P03B2017 – Alpinists in Danger
P05B2017 – Up the Incline
Bordel – 8A 2017 Spring – Midterm 1 – L2
4 Topics
P01B2017 – Dropped and Tossed Balls
P02B2017 – Golf Course
P04B2017 – Interconnected Masses
P05B2017 – Loop the Loop
Bordel – 8A 2018 Spring – Midterm 1 – L1
4 Topics
P01B2018 – Tiger on a Linear Hunting Path
P02B2018 – The Impressive Spit of the Archerfish
P03B2018 – Baby Bouncer
P04B2018 – Car Rounding a Curve
Bordel – 8A 2018 Fall – Midterm 1 – L2
4 Topics
P01B2018 – The Tortoise & the Hare
P02B2018 – Stranded on a Desert Island
P03B2018 – Pushing a Crate
P04B2018 – Interconnected Blocks
Bordel – 8A 2019 Fall – Midterm 1 – L2
4 Topics
P01B2019 – Stop-and-Go Traffic
P02B2019 – Water Balloon Game
P03B2019 – Water Skiing
P04B2019 – A Fairground Ride
Bordel – 8A 2020 Spring – Midterm 1 – L1
4 Topics
P01B2020 – Miniature Rocket Launch
P02B2020 – Medieval Attack Reenactment
P03B2020 – Sliding Blocks
P04B2020 – A Fun Ride
Bordel – 8A 2020 Fall – Midterm 1 – L2
4 Topics
P01B2020 – Trains Approaching
P02B2020 – Ball Thrower
P03B2020 – Blocks and Pulley
P04B2020 – Tether Ball
Bordel – 8A 2021 Spring – Midterm 1 – L2
4 Topics
P01B2021 – Brake Failure
P02B2021 – Ring Toss
P05B2021 – Ski Patrol
P04B2021 – Racing Outside of a Cone
Bordel – 8A 2023 Spring – Midterm 1 – L1
4 Topics
P02B2023 – Jump of a Grasshopper
P05B2023 – Ski Lift
P04B2023 – Cube on a Rotating Disk
P05B2023 – Boat Launch Ramp
Bordel – 8A 2024 Spring – Midterm 1 – L1
4 Topics
P02R2024 – Ball Landing on an Incline
P05B2024 – Ski Patrol
P04B2024 – Interconnected Blocks
P05B2024 – Up the Incline
8A Masterclass – Practice Midterm 1 (graded)
8A Masterclass – Midterm 1 Review Session
-- GRAVITATION --
Gravitation – Lecture
16 Topics
P07-010 – Gravitational Field
P07-020 – Gravitational Force
P07-030 – The Weight Force
P07-040 – The Principle of Superposition
P07-050 – Circular Orbits: uniform circular motion
P07-060 – Circular Orbits: orbital speed
P07-070 – Circular Orbits: period of revolution
P07-080 – Gravitational Potential Energy
P07-090 – Gravitational Potential Energy for a System of Masses
P07-100 – Gravitational Potential Energy and Work
P07-110 – Conservation of Mechanical Energy
P07-120 – Nature of Orbits and Mechanical Energy
P07-130 – Escape Velocity
P07-150 – Kepler’s 1st Law: law of orbits
P07-160 – Kepler’s Second Law: law of areas
P07-170 – Kepler’s Third Law: law of periods for circular orbits
8A – Gravitation Summary
Gravitation – Problems
10 Topics
P07R2015 – Accelerations Due to Gravity
P07S2015 – Mass Density of the Earth & the Moon
P07R2015 – Orbiting Satellite
P07R2015 – Geostationary Satellite
P07S2013 – Three Orbiting Bodies
P07S2013 – Orbiting the Center of Mass
P07L2021 – Unknown Planet
P07L2022 – Placing a Satellite on Orbit
P07R2015 – Satellite Orbiting Earth
P07R2015 – Of Kepler’s Laws
-- IMPULSE & MOMENTUM --
Impulse & Moment. – Lecture
10 Topics
P06-010 – Momentum Vector
P06-020 – Newton’s Second Law in Momentum Form
P06-030 – Conservation of Momentum
P06-040 – Impulse of a Force
P06-050 – How to Calculate an Impulse
P06-060 – Impulse-Momentum Theorem
P06-070 – Inelastic & Elastic Collisions
P06-080 – Solving Strategy: perfectly inelastic collision
P06-090 – Solving Strategy: head-on elastic collision
P06-100 – Solving Strategy: off-center elastic collision
8A – Impulse & Momentum Summary
Impulse & Moment. – Problems
21 Topics
P06G2005 – Game of Catch
P06R2015 – Ball Bouncing Off a Wall
P06R2015 – Hockey Puck Bouncing Off a Wall
P06R2019 – Bullet Fired into a Block
P06S2019 – Space Chase
P06G2019 – Blocks & Compressed Spring
P06B2006 – Saving Lois?
P06G2007 – Three Colliding Blocks
P06G2017 – Sequence of Collisions
P06R2017 – Collision Course
P06R2019 – Two Collisions in a Row
P06S2013 – Launching Two Blocks with a Spring
P06S2016 – Sliding Blocks Compressing a Spring
P06G2015 – Inelastic Collision
P06G2016 – Collision Between Three Masses
P06G2018 – Masses Bouncing Off Each Other
P06G2020 – Speed Before and After a Collision
P06R2015 – Blocks Colliding
P06R2015 – Explosion of a Hockey Puck
P06R2020 – Inelastic Collision vs. Elastic Collision
P06S2016 – Sliding Down and Back Up
-- TORQUE - STATICS --
Statics – Lecture
5 Topics
P09-010 – Equilibrium of an Extended Body
P09-020 – Introduction: three simple cases
P09-030 – Reminder: cross product of two vectors
P09-040 – Torque Created by a Force
P09-050 – Equilibrium Condition for an Extended Body
8A – Statics Summary
Statics – Problems
18 Topics
P09G2018 – Balanced Pole
P09R2015 – Ladder and Painter
P09R2015 – Resting Ladder
P09R2020 – Balanced Beam
P09S2016 – Balanced Sphere
P09S2016 – Disk Balanced on an Incline
P09R2015 – Straw Balanced Across a Glass
P09S2009 – Disk Balanced Between Rods
P09G2019 – Non-Uniform Hanging Bar
P09R2015 – Non-Uniform Balancing Rod
P09B2011 – Marble Quarry Crane
P09G2007 – Rod in Equilibrium
P09G2016 – Balancing a Horizontal Rod
P09G2017 – Two Balanced Rods
P09R2015 – Suspended Beam
P09R2020 – Balanced Beam with Hanging Mass
P09L2022 – Yoga Pose
P09R2021 – Balancing Force
-- TORQUE - DYNAMICS --
Dynamics – Lecture
7 Topics
P10-010 – Solid Rotation
P10-020 – Angular Velocity Vector
P10-030 – Angular Acceleration Vector
P10-040 – Moment of Inertia
P10-050 – List of Moments of Inertia
P10-090 – Parallel-Axis Theorem
P10-100 – Newton’s Second Law for Rotational Motion
8A – Dynamics Summary
Dynamics – Problems
22 Topics
P10G2005 – Rotating a Disk and a Rod
P10G2016 – Rotating Cylinder
P10R2020 – Rotating a Disk
P10G2018 – Pushing a Door and a Box
P10R2015 – Kinematics of a Hollow Sphere
P10R2015 – Two Rockets on a Rod
P10S2016 – Rolling on a Circular Track
P10S2016 – Rolling and Slipping
P10S2015 – Helicopter Blade
P10S2009 – Pulling a Spool of Thread
P10S2013 – Pulling Strings Off a Disk
P10S2015 – Spherical Spintop
P10S2019 – Accelerating Joint Disks
P10G2019 – Blocks & Non-ideal Pulley
P10G2007 – Pulley Lowering a Block
P10G2015 – Acceleration of a Pulley
P10R2015 – Atwood Machine
P10R2015 – A Non-Ideal Pulley
P10R2017 – Cylinder Dragging a Box
P10R2020 – Pulley Lowering a Block
P10S2015 – Disk and Mass Contraption
P10S2016 – Block Pulling a Rolling Disk
-- TORQUE - ENERGY & MOMENTUM --
Energy & Moment. – Lecture
10 Topics
P11-010 – Angular Momentum
P11-020 – Newton’s Second Law in Angular Momentum Form
P11-030 – Conservation of Angular Momentum
P11-050 – Rolling Motion
P11-060 – Rolling w/o Slipping and Static Friction
P11-070 – Rotational Kinetic Energy
P11-080 – Rolling Kinetic Energy
P11-090 – Work Done by a Torque
P11-100 – Work-Kinetic Energy Theorem
P11-110 – Conservation of Energy for Rolling w/o Slipping
8A – Energy & Momentum Summary
Energy & Moment. – Problems
26 Topics
P11G2019 – Biking Down a Hill
P11G2007 – Kinetic Energy of a Spool
P11G2008 – Rotating Rod
P11G2015 – Disk Rolling then Sliding
P11G2016 – Unraveling a String Wound on a Sphere
P11G2017 – Velocity of a Rolling Disk
P11G2018 – Two-Disk Pulley
P11R2015 – Down the Incline
P11S2013 – Rolling Up and Off a Ramp
P11S2015 – Rolling…or Not
P11G2015 – Around the Loop
P11R2015 – Rolling Without Slipping Around a Loop
P11S2009 – Spring-Launched Objects
P11D2014 – Bar Suspended by a Rope
P11D2017 – Swinging Bar
P11G2005 – Pulley with Friction
P11R2015 – Vertical Swinging Rod
P11B2006 – Rusty Barn Door
P11L2021 – Momentum of a Sandbag and a Cart
P11S2016 – Fleas Jumping Off a Disk
P11G2015 – Collision with a Swinging Stick
P11S2013 – All Sorts of Momentum
P11R2015 – Atwood Machine
P11R2015 – Jumping on a Carousel
P11D2015 – Throwing a Rubber Ball at a Sign
P11S2019 – Stopping a Rotating Rod
MIDTERM 2 - STUDY GUIDE
Bordel – 8A 2012 Spring – Midterm 2 – L2
4 Topics
P07B2012 – Orbiting Spaceship
P06B2012 – Cars Colliding
P11B2012 – Rolling up an Incline
P09B2012 – Car Rescue
Bordel – 8A 2016 Spring – Midterm 2 – L2
4 Topics
P07B2016 – Space Maneuvers
P05B2016 – Roller Coaster
P06B2016 – Fireworks
P11B2016 – Potter Wheel
Bordel – 8A 2017 Spring – Midterm 2 – L1
4 Topics
P07B2017 – Blast Off
P05B2017 – Sliding Block
P06B2017 – Ballistic Pendulum
P11B2017 – Throwing Mud
Bordel – 8A 2017 Spring – Midterm 2 – L2
4 Topics
P07B2017 – Satellite and Asteroid
P05B2017 – Ball Launcher
P06B2017 – Fun at the Arcade
P11B2017 – Spinning Wheel
Bordel – 8A 2018 Spring – Midterm 2 – L1
4 Topics
P05B2018 – Loop-the-Loop
P06B2018 – Colliding Particles
P10B2018 – Block Lowered by a Pulley
P11B2018 – A Playful Mouse
Bordel – 8A 2018 Fall – Midterm 2 – L2
4 Topics
P05B2018 – Puck on an Incline
P06B2018 – Collision with a Pendulum
P10B2018 – Dropping Anchor
P11B2018 – Ball Race
Bordel – 8A 2019 Fall – Midterm 2 – L2
4 Topics
P07B2019 – Mars & Jupiter
P05B2019 – Santa Claus Contest
P06B2019 – Lodging a Bead in a Block
P10B2019 – Dropping the Bucket into the Well
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8A Masterclass (Bordel) Kinematics – Problems
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