Канал: Doctor Hilt's Online Physics Video Library

Mirror Image Equations

Mirror Image Equations

$The Law of Refraction$

The Law of Refraction

The Law of Reflection

The Law of Reflection

Huygen's Principle

Huygen's Principle

Single Lens Example

Single Lens Example

Mirror Image Example

Mirror Image Example

Adding Vectors by Component Example

Adding Vectors by Component Example

Kinematics Example: Sports Physics

Kinematics Example: Sports Physics

Kinematics Example: 0 to 60

Kinematics Example: 0 to 60

Reflection Off Two Mirrors

Reflection Off Two Mirrors

Some of the Basic Physics of Cameras

Some of the Basic Physics of Cameras

Coulomb's Law

Coulomb's Law

Lorentz Transformation Example

Lorentz Transformation Example

Relativistic Doppler Effect Example

Relativistic Doppler Effect Example

Time Dilation Example

Time Dilation Example

Rocket Science 001

Rocket Science 001

Newton's Laws and Momentum

Newton's Laws and Momentum

Rocket Example

Rocket Example

Center of Mass of a Solid Object Example

Center of Mass of a Solid Object Example

Elastic Collision Example

Elastic Collision Example

Partially Inelastic Collision Example

Partially Inelastic Collision Example

A Completely Inelastic Collision Example

A Completely Inelastic Collision Example

Elastic Collisions

Elastic Collisions

Collisions

Collisions

Center of Mass

Center of Mass

The Impulse-Momentum Theorem

The Impulse-Momentum Theorem

Potential Energy

Potential Energy

The Dot Product

The Dot Product

The Work-Energy Theorem

The Work-Energy Theorem

Friction and Non-isolated Energy Systems

Friction and Non-isolated Energy Systems

Power

Power

Net Work Example

Net Work Example

Isolated System with Friction Example

Isolated System with Friction Example

Isolated Systems with 2 Forms of Potential Energy Example

Isolated Systems with 2 Forms of Potential Energy Example

Energy of an Isolated System Without Friction, Example

Energy of an Isolated System Without Friction, Example

Isolated Energy Systems Without Friction

Isolated Energy Systems Without Friction

Analyzing Systems Through the Lens of Energy

Analyzing Systems Through the Lens of Energy

Air Resistance and Terminal Velocity

Air Resistance and Terminal Velocity

Banked Turns

Banked Turns

Car Turning on a Flat Road Example

Car Turning on a Flat Road Example

Galilean Relativity and Noninertial Reference Systems

Galilean Relativity and Noninertial Reference Systems

Newton's 2nd Law as it Relates to Uniform Circular Motion

Newton's 2nd Law as it Relates to Uniform Circular Motion

Projectile Motion Special Cases: Zero Launch Angle

Projectile Motion Special Cases: Zero Launch Angle

Projectile Motion Special Cases: Zero Change in Height

Projectile Motion Special Cases: Zero Change in Height

Uniform Circular Motion

Uniform Circular Motion

Projectile Motion Basics

Projectile Motion Basics

Kinematics in Multiple Dimensions

Kinematics in Multiple Dimensions

Total Acceleration Example

Total Acceleration Example

Centripetal Acceleration of the Moon

Centripetal Acceleration of the Moon

Projectile Motion by Components Example: Is it a Home Run?

Projectile Motion by Components Example: Is it a Home Run?

Zero Change in Height Example 2

Zero Change in Height Example 2

Zero Change in Height Example

Zero Change in Height Example

Zero Launch Angle Example: Dropping Supplies

Zero Launch Angle Example: Dropping Supplies

Ramps and Connected Objects Example

Ramps and Connected Objects Example

Connected Objects Example 2

Connected Objects Example 2

Connected Objects Example 1

Connected Objects Example 1

Calculating Net Force Using Kinematics

Calculating Net Force Using Kinematics

Summing Force Vectors

Summing Force Vectors

Calculating the Coefficient of Static Friction

Calculating the Coefficient of Static Friction

Free Body Diagrams

Free Body Diagrams

Forces: Tension

Forces: Tension

Newton's 3rd Law

Newton's 3rd Law

Newton's 3rd Law, Fun with Latin Edition

Newton's 3rd Law, Fun with Latin Edition

Forces: Friction

Forces: Friction

Forces: The Normal Force

Forces: The Normal Force

Forces: Weight

Forces: Weight

"Newton's" 2nd Law of Motion

"Newton's" 2nd Law of Motion

Newtons 1st Law of Motion

Newtons 1st Law of Motion

Law of Cosines

Law of Cosines

Law of Sines

Law of Sines

Right Triangle Trigonometry

Right Triangle Trigonometry

Landing a Plane in a Crosswind

Landing a Plane in a Crosswind

Measuring Distance of a Fall, Accounting for Signal Travel Time

Measuring Distance of a Fall, Accounting for Signal Travel Time

Measuring Distance Through Fall Time pt I

Measuring Distance Through Fall Time pt I

Kinematics Example: Landing Aircraft

Kinematics Example: Landing Aircraft

Kinematics with Calculus Example

Kinematics with Calculus Example

Deriving the Kinematic Equations for 1D Motion with a Constant Acceleration, Part 2

Deriving the Kinematic Equations for 1D Motion with a Constant Acceleration, Part 2

Free Fall Example

Free Fall Example

Deriving the Kinematic Equations for 1D Motion with a Constant Acceleration -Algebra Ed. Pt. 1

Deriving the Kinematic Equations for 1D Motion with a Constant Acceleration -Algebra Ed. Pt. 1

Kinematics Equations Derived Using Calculus

Kinematics Equations Derived Using Calculus

Entropy of the Carnot Cycle

Entropy of the Carnot Cycle

Calculating Change in Entropy for Irreversible Thermodynamic Processes

Calculating Change in Entropy for Irreversible Thermodynamic Processes

Entropy of Thermodynamic Processes

Entropy of Thermodynamic Processes

Entropy

Entropy

Work and Efficiency of a Carnot Engine

Work and Efficiency of a Carnot Engine

The Second and Third Laws of Thermodynamics

The Second and Third Laws of Thermodynamics

Thermodynamic Processes: The Isotherm

Thermodynamic Processes: The Isotherm

Thermodynamic Processes: The Isochore

Thermodynamic Processes: The Isochore

Thermodynamic Processes: The Isobar

Thermodynamic Processes: The Isobar

Thermodynamic Processes: The Adiabat

Thermodynamic Processes: The Adiabat

Work Done During Adiabatic Expansion

Work Done During Adiabatic Expansion

Molar Specific Heat Predictions, Evaluated

Molar Specific Heat Predictions, Evaluated

Molar Specific Heat Capacity From Kinetic Theory

Molar Specific Heat Capacity From Kinetic Theory

An Intro to Kinetic Theory and the Equipartition Theorem

An Intro to Kinetic Theory and the Equipartition Theorem

Radiation Example

Radiation Example

Thermal Conduction Example

Thermal Conduction Example

Change in Internal Energy of Boiling Water

Change in Internal Energy of Boiling Water

PV Diagrams

PV Diagrams

The First Law(s) of Thermodynamics

The First Law(s) of Thermodynamics

The Energy to Make an Ice Cube

The Energy to Make an Ice Cube

Bohr Hydrogen Model

Bohr Hydrogen Model

Spectral Lines for Hydrogen

Spectral Lines for Hydrogen

Quantum Hydrogen Atom

Quantum Hydrogen Atom

Spin

Spin

Applying the Pauli Exclusion Principle

Applying the Pauli Exclusion Principle

Quantum Energy of Rotation in Molecules

Quantum Energy of Rotation in Molecules

Quantum Molecular Spring Constants

Quantum Molecular Spring Constants

Fermi Energy of Gold

Fermi Energy of Gold

Interpreting Atomic Symbols

Interpreting Atomic Symbols

Binding Energy of Particles

Binding Energy of Particles

Alpha, Beta, and Gamma Particles

Alpha, Beta, and Gamma Particles

Radioactive Carbon Dating

Radioactive Carbon Dating

Matter and Anti-matter

Matter and Anti-matter

The Standard Model: Hadrons and Leptons

The Standard Model: Hadrons and Leptons

Meet the Quarks

Meet the Quarks

Sealed Ideal Gas Example

Sealed Ideal Gas Example

The Ideal Gas Law

The Ideal Gas Law

The Connection Between Linear, Volume, and Area Expansion Coefficients

The Connection Between Linear, Volume, and Area Expansion Coefficients

Linear (Themal) Expansion of a Hole

Linear (Themal) Expansion of a Hole

Three Common Temperature Scales

Three Common Temperature Scales

The Schroedinger Equation: Infinite Square Well

The Schroedinger Equation: Infinite Square Well

A Classical Analogue to the Infinite Square Well

A Classical Analogue to the Infinite Square Well

A Brief Introduction to Quantum Mechanics

A Brief Introduction to Quantum Mechanics

Quantum Tunneling

Quantum Tunneling

Expected "Locations" of an Electron in an Infinite Square Well

Expected "Locations" of an Electron in an Infinite Square Well

An Electron and a Baseball in an Infinite Square Well

An Electron and a Baseball in an Infinite Square Well

Normalizing a Wave Function

Normalizing a Wave Function

Example of a Doppler Shift Producing a Beat

Example of a Doppler Shift Producing a Beat

Beat Frequency

Beat Frequency

Calculating Length of a Pipe from Resonance

Calculating Length of a Pipe from Resonance

Standing Waves in an Open-Closed Organ Pipe

Standing Waves in an Open-Closed Organ Pipe

Standing Waves on a Clamped String and in an Open-Open Organ Pipe

Standing Waves on a Clamped String and in an Open-Open Organ Pipe

Standing Waves

Standing Waves

Determining Brewster's Angle

Determining Brewster's Angle

$Diffraction Gratings$

Diffraction Gratings

Rayleigh's Limit

Rayleigh's Limit

$Fraunhofer Diffraction$

Fraunhofer Diffraction

$Calculating the Width of the Central Maximum in a Fraunhofer Diffraction Pattern$

Calculating the Width of the Central Maximum in a Fraunhofer Diffraction Pattern

Doppler Effect for a Reflection

Doppler Effect for a Reflection

Sound Intensity and Sound Level

Sound Intensity and Sound Level

Shock Cones

Shock Cones

Derivation of the Doppler Shift for Sound Waves

Derivation of the Doppler Shift for Sound Waves

Wave Speeds, Displacement and Pressure Amplitudes for Sound Waves

Wave Speeds, Displacement and Pressure Amplitudes for Sound Waves

Wien's Law

Wien's Law

Photoelectric Effect Example

Photoelectric Effect Example

A Comment on Photons

A Comment on Photons

Momentum Wavelength for Classical and Quantum Objects

Momentum Wavelength for Classical and Quantum Objects

Power Delivered to a String Example

Power Delivered to a String Example

Speed of Wave Energy on a String

Speed of Wave Energy on a String

Reading a Wave Kinematic Equation Example

Reading a Wave Kinematic Equation Example

Wave Kinematics and Terminology

Wave Kinematics and Terminology

Radiation Pressure of an Overhead Projector

Radiation Pressure of an Overhead Projector

Calculating Properties of an EM Wave

Calculating Properties of an EM Wave

Derivation of the Electromagnetic Wave Equation, Part 2

Derivation of the Electromagnetic Wave Equation, Part 2

Derivation of the Electromagnetic Wave Equation, Part I

Derivation of the Electromagnetic Wave Equation, Part I

Summary of Maxwell's Equations

Summary of Maxwell's Equations

Maxwell's Contribution to Ampere's Law

Maxwell's Contribution to Ampere's Law

Newton's 2nd Law and Simple Harmonic Oscillators: The Pendulum

Newton's 2nd Law and Simple Harmonic Oscillators: The Pendulum

Simple Harmonic Kinematics

Simple Harmonic Kinematics

Newton's 2nd Law and Simple Harmonic Oscillators: The Horizontal Spring-Mass System

Newton's 2nd Law and Simple Harmonic Oscillators: The Horizontal Spring-Mass System

Oscillating Mass Example Problem

Oscillating Mass Example Problem

Spring-Mass Oscillator Example

Spring-Mass Oscillator Example

Gauss' Laws for Electric and Magnetic Fields

Gauss' Laws for Electric and Magnetic Fields

Continuity of a Fluid

Continuity of a Fluid

Floating in Quicksand

Floating in Quicksand

Bernoulli's Principle

Bernoulli's Principle

Pressure Extremes on Earth

Pressure Extremes on Earth

Archimedes' Principle

Archimedes' Principle

Fluids at Rest

Fluids at Rest

Pressure

Pressure

A Ladder in Static Equilibrium

A Ladder in Static Equilibrium

LC Oscillators

LC Oscillators

Magnetic Potential Energy

Magnetic Potential Energy

LC Oscillator Example

LC Oscillator Example

Inductance of a Coaxial Cable

Inductance of a Coaxial Cable

Circuit Elements

Circuit Elements

Inductance of a Solenoid

Inductance of a Solenoid

Capacitive Reactance

Capacitive Reactance

Inductive Reactance

Inductive Reactance

Resistors and AC

Resistors and AC

AC Resistive Power Example

AC Resistive Power Example

RLC Series Circuit Example

RLC Series Circuit Example

Transformers and the Power Grid

Transformers and the Power Grid

Verifying Kepler's 3rd Law

Verifying Kepler's 3rd Law

Verifying Kepler's 2nd Law

Verifying Kepler's 2nd Law

The Strength of a Classical Gravity Field

The Strength of a Classical Gravity Field

Energy of a Planet in Orbit

Energy of a Planet in Orbit

Newton's Theory of Gravity

Newton's Theory of Gravity

Calculating the Mass of Saturn

Calculating the Mass of Saturn

Size of Black Holes

Size of Black Holes

Orbital Period of the ISS in Low Orbit

Orbital Period of the ISS in Low Orbit

Problems with Treating Gravity as a Constant

Problems with Treating Gravity as a Constant

Motors and Back EMF

Motors and Back EMF

Generators

Generators

Electric Field from a Solenoid with Varying Current

Electric Field from a Solenoid with Varying Current

Motional EMF of an Object Rotating in a Magnetic Field

Motional EMF of an Object Rotating in a Magnetic Field

Motional EMF

Motional EMF

Back EMF in a Coil

Back EMF in a Coil

Faraday's Law for a Loop of Wire

Faraday's Law for a Loop of Wire

Faraday's Law Expressed in Terms of Electrical Circulation

Faraday's Law Expressed in Terms of Electrical Circulation