Канал: Prof. Jakob Spjut

4.1 Example 4.2 Brownian Motion

4.1 Example 4.2 Brownian Motion

8.1 Elastic Potential Energy

8.1 Elastic Potential Energy

6.2 Friction

6.2 Friction

5.3 Newton's Second Law

5.3 Newton's Second Law

4.2 Example 4.6 Finding Particle Acceleration

4.2 Example 4.6 Finding Particle Acceleration

4.3 Example 4.7 Fireworks

4.3 Example 4.7 Fireworks

5.3 Example 5.7 Several Forces on a Particle

5.3 Example 5.7 Several Forces on a Particle

8.3 Example 8.4 Spring & Gravity

8.3 Example 8.4 Spring & Gravity

3.4 Example 3.8 & 3.9 Final Distance and Velocity

3.4 Example 3.8 & 3.9 Final Distance and Velocity

Example 5.12 Weight on an Incline

Example 5.12 Weight on an Incline

6.3 Example 6.15 Cars on Flat Curves

6.3 Example 6.15 Cars on Flat Curves

7.3 Work Energy Theorem

7.3 Work Energy Theorem

7.1 Example 7.5 Spring

7.1 Example 7.5 Spring

9.2 Example 9.2 The Benefits of Impulse

9.2 Example 9.2 The Benefits of Impulse

5.3 Example 5.2 Lawnmower Acceleration

5.3 Example 5.2 Lawnmower Acceleration

1.3 Unit Conversions

1.3 Unit Conversions

3.5 Free Fall

3.5 Free Fall

5.3 Check Your Understanding 5.5

5.3 Check Your Understanding 5.5

7.3 Work Energy Problem Solving & Example 7.9 Loop the Loop

7.3 Work Energy Problem Solving & Example 7.9 Loop the Loop

7.3 Example 7.10 Stopping Force

7.3 Example 7.10 Stopping Force

5.4 Mass and Weight

5.4 Mass and Weight

1.6 Error Propogation

1.6 Error Propogation

5.3 Example 5.4 Rocket Sled

5.3 Example 5.4 Rocket Sled

9.2 Impulse

9.2 Impulse

5.7 Drawing Free Body Diagrams

5.7 Drawing Free Body Diagrams

3.4 Motion with Constant Acceleration

3.4 Motion with Constant Acceleration

9.1 Linear Momentum

9.1 Linear Momentum

7.1 Work done by Forces that Vary

7.1 Work done by Forces that Vary

4.1 Velocity Vector

4.1 Velocity Vector

3.5 Example 3.15 Free Fall

3.5 Example 3.15 Free Fall

6.3 Centripetal Force

6.3 Centripetal Force

3.1 Average Velocity and Speed

3.1 Average Velocity and Speed

6.2 Example 6.11 Friction & Inclined Plane

6.2 Example 6.11 Friction & Inclined Plane

4.3 Projectile Motion

4.3 Projectile Motion

1.7 Solving Problems in Physics

1.7 Solving Problems in Physics

6.3 Example 6.16 Banked Curves

6.3 Example 6.16 Banked Curves

7.4 Power

7.4 Power

5.2 Newton's First Law - Inertia

5.2 Newton's First Law - Inertia

3.2 Instantaneous Velocity and Speed

3.2 Instantaneous Velocity and Speed

6.2 Example 6.13 Accelerating Truck

6.2 Example 6.13 Accelerating Truck

8.3 Example 8.8 Air Resistance

8.3 Example 8.8 Air Resistance

5.5 Newton's Third Law

5.5 Newton's Third Law

7.1 Example 7.3 Gravity

7.1 Example 7.3 Gravity

11.3 Example 11 9 Collision

11.3 Example 11 9 Collision

14.4 Archimedes' Principle

14.4 Archimedes' Principle

11.1 Rolling Without Slipping

11.1 Rolling Without Slipping

10.5 Parallel-Axis Theorem

10.5 Parallel-Axis Theorem

12.1 Example 12.1 Center of Gravity

12.1 Example 12.1 Center of Gravity

14.5 Example 14.5 Fluid Speed in Nozzle

14.5 Example 14.5 Fluid Speed in Nozzle

14.5 Fluid Dynamics

14.5 Fluid Dynamics

10.8 Example 10.18 Pulley

10.8 Example 10.18 Pulley

10.1 Centripetal Acceleration & Rotational Variables Summary

10.1 Centripetal Acceleration & Rotational Variables Summary

11.3 Conservation of Angular Momentum

11.3 Conservation of Angular Momentum

11.1 Conservation of Mechanical Energy in Rolling Motion

11.1 Conservation of Mechanical Energy in Rolling Motion

9.5 Collisions in Multiple Dimensions

9.5 Collisions in Multiple Dimensions

10.5 Example 10.11 Moment of Inertia of Compound Object

10.5 Example 10.11 Moment of Inertia of Compound Object

12.2 Example 12.3 Torque Balance

12.2 Example 12.3 Torque Balance

9.2 Example 9.5 Tennis Serve

9.2 Example 9.5 Tennis Serve

10.5 Example 10.9 Helicopter Blades

10.5 Example 10.9 Helicopter Blades

10.5 Calculating Moments of Inertia

10.5 Calculating Moments of Inertia

10.2 Example 10.7 Acceleration of a Centrifuge

10.2 Example 10.7 Acceleration of a Centrifuge

11.3 Example 11.7 Flywheels

11.3 Example 11.7 Flywheels

10.4 Rotational Kinetic Energy

10.4 Rotational Kinetic Energy

12.3 Stress, Strain, and Moduli

12.3 Stress, Strain, and Moduli

14.3 Pascal's Principle and Hydraulics

14.3 Pascal's Principle and Hydraulics

6.1 Example 6.3 Scale in an Elevator

6.1 Example 6.3 Scale in an Elevator

12.2 Problem Solving Strategy Static Equilibrium

12.2 Problem Solving Strategy Static Equilibrium

14.4 Archimedes' Principle Example UP66

14.4 Archimedes' Principle Example UP66

10.7 Example 10.16 Effect of Mass Distribution

10.7 Example 10.16 Effect of Mass Distribution

12.1 Example 12.2 Breaking Tension

12.1 Example 12.2 Breaking Tension

9.4 Example 9.11 Ice Hockey 2

9.4 Example 9.11 Ice Hockey 2

14.6 Example 14.7 A Fire Hose Nozzle

14.6 Example 14.7 A Fire Hose Nozzle

10.8 Example 10.17 Rotational Work & Energy

10.8 Example 10.17 Rotational Work & Energy

10.1 Example 10.3 Wind Turbine

10.1 Example 10.3 Wind Turbine

14.1 Pressure

14.1 Pressure

11.1 Example 11.2 Rolling and Slipping

11.1 Example 11.2 Rolling and Slipping

6.1 Solving Problems with Newton's Laws

6.1 Solving Problems with Newton's Laws

12.2 Example 12.5 Leaning Ladder

12.2 Example 12.5 Leaning Ladder

10.1 Rotational Variables

10.1 Rotational Variables

9.3 Example 9.6 Colliding Carts

9.3 Example 9.6 Colliding Carts

9.6 Center of Mass

9.6 Center of Mass

11.2 Angular Momentum

11.2 Angular Momentum

14.1 Fluids and Density

14.1 Fluids and Density

1.1 Known Ranges of length, mass, and time

1.1 Known Ranges of length, mass, and time

1.5 Estimates

1.5 Estimates

3.1 Example 3.1 Delivering Flyers

3.1 Example 3.1 Delivering Flyers

4.1 Position and Displacement Vector

4.1 Position and Displacement Vector

4.2 Example 4.6 A Skier

4.2 Example 4.6 A Skier

1.6 Significant Figures

1.6 Significant Figures

1.1 The Scope and Scale of Physics

1.1 The Scope and Scale of Physics

1.4 Dimensional Analysis

1.4 Dimensional Analysis

3.2 Example 3.2 Finding velocity from a position graph

3.2 Example 3.2 Finding velocity from a position graph

3.1 Position and Displacement

3.1 Position and Displacement

1.1 Models

1.1 Models

10.6 Torque & Example 10.15

10.6 Torque & Example 10.15

4.5 Example 4.14 Flying a Plane in Wind

4.5 Example 4.14 Flying a Plane in Wind

3.3 Acceleration from a Velocity Time Graph

3.3 Acceleration from a Velocity Time Graph

3.6 Finding Velocity and Displacement from Acceleration

3.6 Finding Velocity and Displacement from Acceleration

4.3 Example 4.8 Tennis Player

4.3 Example 4.8 Tennis Player

3.3 Instantaneous Acceleration

3.3 Instantaneous Acceleration

Example 1.2 Converting Units

Example 1.2 Converting Units

3.2 Calculating Instantaneous Velocity

3.2 Calculating Instantaneous Velocity

4.2 Constant Acceleration in the xy Plane

4.2 Constant Acceleration in the xy Plane

3.4 Example 3.12 Acceleration of a Spaceship

3.4 Example 3.12 Acceleration of a Spaceship

3.3 Calculating Instantaneous Acceleration

3.3 Calculating Instantaneous Acceleration

1.2 Units and Standards

1.2 Units and Standards

3.3 Average Acceleration

3.3 Average Acceleration

4.5 Relative Motion

4.5 Relative Motion

1.1 Order Magnitude

1.1 Order Magnitude

1.6 Measurement, Uncertainty and Error

1.6 Measurement, Uncertainty and Error

4.2 Acceleration Vector

4.2 Acceleration Vector

3.4 Example 3.11 Calculating Time

3.4 Example 3.11 Calculating Time

14.1 Integrating Pressure

14.1 Integrating Pressure

7.2 Kinetic Energy

7.2 Kinetic Energy

9.4 Types of Collisions

9.4 Types of Collisions

5.1 Forces

5.1 Forces

7.1 Example 7.2 Moving a Couch

7.1 Example 7.2 Moving a Couch

8.3 Conservation of Energy

8.3 Conservation of Energy

Example Ch8P47 Integrating Work

Example Ch8P47 Integrating Work

7.1 Work

7.1 Work

5.6 Common Forces

5.6 Common Forces

9.3 Conservation of Momentum

9.3 Conservation of Momentum

14.6 Bernoulli's Equation

14.6 Bernoulli's Equation

10.8 Work Energy Theorem for Rotation

10.8 Work Energy Theorem for Rotation

12.2 Example 12.6 Force on Door Hinges

12.2 Example 12.6 Force on Door Hinges

14.6 Torricelli's Theorem

14.6 Torricelli's Theorem

11.1 Example 11.1 Rolling Down a Ramp

11.1 Example 11.1 Rolling Down a Ramp

10.8 Power for Rotational Motion

10.8 Power for Rotational Motion

10.2 Rotation with Constant Acceleration

10.2 Rotation with Constant Acceleration

5.3 Example 5.3 Which Force is Bigger

5.3 Example 5.3 Which Force is Bigger

6.2 Example 6.10 Static and Kinetic Friction

6.2 Example 6.10 Static and Kinetic Friction

10.4 Rotational Kinetic Energy Example

10.4 Rotational Kinetic Energy Example

12.1 Conditions for Static Equilibrium

12.1 Conditions for Static Equilibrium

14.3 Example 14.3 Hydraulic Brakes

14.3 Example 14.3 Hydraulic Brakes

8.1 Potential Energy

8.1 Potential Energy

9.3 Example 9.8 Ice Hockey 1

9.3 Example 9.8 Ice Hockey 1

6.1 Example 6.5 Atwood Machine

6.1 Example 6.5 Atwood Machine

14.2 Measuring Pressure

14.2 Measuring Pressure

8.3 Example 8.7 Swinging Mass

8.3 Example 8.7 Swinging Mass

10.1 Example 10 2 A Spinning Bicycle Wheel

10.1 Example 10 2 A Spinning Bicycle Wheel

14.1 Example 14.1 Dam Force

14.1 Example 14.1 Dam Force

10.7 Newton's Second Law for Rotation

10.7 Newton's Second Law for Rotation

10.1 Rotational Vectors & Right hand Rule

10.1 Rotational Vectors & Right hand Rule

Quadcopter Challenge Kickoff 2022

Quadcopter Challenge Kickoff 2022

Quadcopter Firmware Setup/Programming

Quadcopter Firmware Setup/Programming

Propellers and Propeller

Propellers and Propeller

Flight Controller Wiring

Flight Controller Wiring

Motors and ESC Explained

Motors and ESC Explained

Assembling Arms and Legs

Assembling Arms and Legs

Quadcopter Safety

Quadcopter Safety

A Flexible Classroom

A Flexible Classroom

Chamberlin Mill Animation

Chamberlin Mill Animation