Канал: Sara Rose Ph.D.

Mathematics of Superposition/Interference of 2D Waves (Calc-Based Physics)

Mathematics of Superposition/Interference of 2D Waves (Calc-Based Physics)

Mathematical Model & Equations of Motion for Simple Harmonic Motion (Mass on Spring)

Mathematical Model & Equations of Motion for Simple Harmonic Motion (Mass on Spring)

Degrees of Freedom, Equipartition & Kinetic Theory

Degrees of Freedom, Equipartition & Kinetic Theory

Applying Gauss' Law to Calculate Electric Fields (Calculus-Based Electrostatics)

Applying Gauss' Law to Calculate Electric Fields (Calculus-Based Electrostatics)

Integrals (Basics of Calculus for Physics)

Integrals (Basics of Calculus for Physics)

Derivatives (Basics Calculus for Physics)

Derivatives (Basics Calculus for Physics)

Velocity (Calculus-based Kinematics)

Velocity (Calculus-based Kinematics)

Mutual & Self Inductance (calculus-based physics)

Mutual & Self Inductance (calculus-based physics)

Basics of Torque as a Cross Product (Calculus-based Mechanics)

Basics of Torque as a Cross Product (Calculus-based Mechanics)

Moment of Inertia (Calculus-based Mechanics)

Moment of Inertia (Calculus-based Mechanics)

Elastic Collisions in the Center of Mass Frame (Calculus-based Mechanics)

Elastic Collisions in the Center of Mass Frame (Calculus-based Mechanics)

Vector Quantities of Center Of Mass (Calculus-based Mechanics)

Vector Quantities of Center Of Mass (Calculus-based Mechanics)

Momentum & Collisions

Momentum & Collisions

Impulse & Momentum (Calculus-based Mechanics)

Impulse & Momentum (Calculus-based Mechanics)

Work Done by A Force - Dot Product and Non-Constant Force Integrals

Work Done by A Force - Dot Product and Non-Constant Force Integrals

Vector Products - Dot Product and Cross Product

Vector Products - Dot Product and Cross Product

2D Velocity & Acceleration (Calculus-based Kinematics)

2D Velocity & Acceleration (Calculus-based Kinematics)

Workshop 2 - Definition of Pressure & Pressure with Depth

Workshop 2 - Definition of Pressure & Pressure with Depth

Velocity (Calculus-based Kinematics) (old)

Velocity (Calculus-based Kinematics) (old)

AROC_teaser

AROC_teaser

Graphing & Verifying answers with Intersections with Linear Functions (Kinematics)

Graphing & Verifying answers with Intersections with Linear Functions (Kinematics)

The Uncertainty Principle (Modern Physics)

The Uncertainty Principle (Modern Physics)

Wave-Particle Duality of Matter (Modern Physics)

Wave-Particle Duality of Matter (Modern Physics)

Momentum of a Photon (Modern Physics)

Momentum of a Photon (Modern Physics)

Light As A Particle: The Photoelectric Effect (Modern Physics)

Light As A Particle: The Photoelectric Effect (Modern Physics)

Introduction to Quantum Mechanics (Modern Physics)

Introduction to Quantum Mechanics (Modern Physics)

Introduction to Relativity (Modern Physics)

Introduction to Relativity (Modern Physics)

$Multislits & Diffraction Gratings (Light & Optics)$

Multislits & Diffraction Gratings (Light & Optics)

Double Slit Interference (Light & Optics)

Double Slit Interference (Light & Optics)

$Single Slit Diffraction (Light & Optics)$

Single Slit Diffraction (Light & Optics)

Wave Nature of Light (Light & Optics)

Wave Nature of Light (Light & Optics)

Thin Lenses (Light & Optics)

Thin Lenses (Light & Optics)

$Total Internal Refraction (Light & Optics)$

Total Internal Refraction (Light & Optics)

$Law of Refraction (Light & Optics)$

Law of Refraction (Light & Optics)

$Refraction (Light & Optics)$

Refraction (Light & Optics)

Reflection & Spherical Mirrors (Light & Optics)

Reflection & Spherical Mirrors (Light & Optics)

Reflection & Flat Mirrors (Light & Optics)

Reflection & Flat Mirrors (Light & Optics)

Polarization & Intensity of Light (Light & Optics)

Polarization & Intensity of Light (Light & Optics)

Intensity & Energy of Light (Light & Optics)

Intensity & Energy of Light (Light & Optics)

Properties of Electromagnetic Waves (Light & Optics)

Properties of Electromagnetic Waves (Light & Optics)

Induction: Changing Magnetic Flux (Magnetism)

Induction: Changing Magnetic Flux (Magnetism)

Magnetic Fields of Current-Carrying Wires (Magnetism)

Magnetic Fields of Current-Carrying Wires (Magnetism)

Magnetic Torque on Current Loops (Magnetism)

Magnetic Torque on Current Loops (Magnetism)

Magnetic Forces on Current Distributions (Magnetism)

Magnetic Forces on Current Distributions (Magnetism)

Applications of Magnetic Force on Moving Charges - Velocity Selector & Mass Spectrometer (Magnetism)

Applications of Magnetic Force on Moving Charges - Velocity Selector & Mass Spectrometer (Magnetism)

Magnetic Force on Moving Charge (Magnetism)

Magnetic Force on Moving Charge (Magnetism)

Magnetic Fields & Magnetic Flux (Magnetism)

Magnetic Fields & Magnetic Flux (Magnetism)

Intro to Magnets (Magnetism)

Intro to Magnets (Magnetism)

Electric Power (Circuits)

Electric Power (Circuits)

Resistors in Circuits (Circuits)

Resistors in Circuits (Circuits)

Basics of Circuits & Circuit Analysis (Circuits)

Basics of Circuits & Circuit Analysis (Circuits)

Resistance & Current: Ohm's Law (Circuits)

Resistance & Current: Ohm's Law (Circuits)

Basics of Current (Circuits)

Basics of Current (Circuits)

Capacitor in a Simple Circuit (Circuits)

Capacitor in a Simple Circuit (Circuits)

Energy Stored by Capacitors (Electrostatics)

Energy Stored by Capacitors (Electrostatics)

Dielectrics in Capacitors (Electrostatics)

Dielectrics in Capacitors (Electrostatics)

Capacitors (Electrostatics)

Capacitors (Electrostatics)

Work & Electric Potential Energy (Electrostatics)

Work & Electric Potential Energy (Electrostatics)

Electric Potential Energy (Electrostatics)

Electric Potential Energy (Electrostatics)

The Electron Volt (Electrostatics)

The Electron Volt (Electrostatics)

Electric Potential of Point Charges & Net Electric Potential (Elecrostatics)

Electric Potential of Point Charges & Net Electric Potential (Elecrostatics)

The Concept of Electric Potential (Electrostatics)

The Concept of Electric Potential (Electrostatics)

Electric Potential for a Constant Electric Field (Electrostatics)

Electric Potential for a Constant Electric Field (Electrostatics)

Net Electric Force (Electrostatics)

Net Electric Force (Electrostatics)

Electric Force by Point Charges (Electrostatics)

Electric Force by Point Charges (Electrostatics)

Force by an Electric Field (Electrostatics)

Force by an Electric Field (Electrostatics)

Net Electric Field (Electrostatics)

Net Electric Field (Electrostatics)

Electric Field of a Point Charge (Electrostatics)

Electric Field of a Point Charge (Electrostatics)

Electric Flux & Gauss' Law (Electrostatics)

Electric Flux & Gauss' Law (Electrostatics)

Properties of Electric Fields (Elecrostatics)

Properties of Electric Fields (Elecrostatics)

Basics of Electric Charge, Conductors & Insulators (Electrostatics)

Basics of Electric Charge, Conductors & Insulators (Electrostatics)

Doppler Effect (Simple Harmonic Motion & Waves)(Light)

Doppler Effect (Simple Harmonic Motion & Waves)(Light)

Sound Interference & Standing Waves (Simple Harmonic Motion & Waves)

Sound Interference & Standing Waves (Simple Harmonic Motion & Waves)

Audible Qualities of Sound (Simple Harmonic Motion & Waves)

Audible Qualities of Sound (Simple Harmonic Motion & Waves)

Properties of Sound Waves (Simple Harmonic Motion & Waves)

Properties of Sound Waves (Simple Harmonic Motion & Waves)

Wave Energy & Intensity (SHM & Waves)

Wave Energy & Intensity (SHM & Waves)

Interference of Waves (Constructive/Destructive) & Beat Frequency (SHM & Waves)

Interference of Waves (Constructive/Destructive) & Beat Frequency (SHM & Waves)

Wave on a String - 2D Waves (SHM & Waves)

Wave on a String - 2D Waves (SHM & Waves)

Properties of Waves (SHM & Waves)

Properties of Waves (SHM & Waves)

Energy of Simple Harmonic Motion (Simple Harmonic Motion)

Energy of Simple Harmonic Motion (Simple Harmonic Motion)

The Simple Pendulum (Simple Harmonic Motion & Waves)

The Simple Pendulum (Simple Harmonic Motion & Waves)

Intro to Simple Harmonic Motion & Mass on a Spring (Simple Harmonic Motion & Waves)

Intro to Simple Harmonic Motion & Mass on a Spring (Simple Harmonic Motion & Waves)

Springs & Elastic Potential Energy (Elasticity of Materials, Work & Energy)

Springs & Elastic Potential Energy (Elasticity of Materials, Work & Energy)

Spring Force Supplemental (Elasticity of Materials, Force Analysis)

Spring Force Supplemental (Elasticity of Materials, Force Analysis)

Stress, Strain, & the Elasticity Modulus (Elasticity of Materials)

Stress, Strain, & the Elasticity Modulus (Elasticity of Materials)

Introduction to Elasticity (Elasticity of Materials)

Introduction to Elasticity (Elasticity of Materials)

Entropy (Heat & Thermodynamics)

Entropy (Heat & Thermodynamics)

Heat Engines & Heat Pumps (Heat & Thermodynamics)

Heat Engines & Heat Pumps (Heat & Thermodynamics)

Second Law of Thermodynamics (Heat & Thermodynamics)

Second Law of Thermodynamics (Heat & Thermodynamics)

Thermal Processes & the First Law of Thermo (Heat & Thermodynamics)

Thermal Processes & the First Law of Thermo (Heat & Thermodynamics)

First Law of Thermodynamics (Heat & Thermodynamics)

First Law of Thermodynamics (Heat & Thermodynamics)

Introduction to Thermodynamics, The Third Law of Thermodynamics (Heat & Thermodynamics)

Introduction to Thermodynamics, The Third Law of Thermodynamics (Heat & Thermodynamics)

Ideal Gas Law (Heat & Thermodynamics)

Ideal Gas Law (Heat & Thermodynamics)

Thermal Expansion (Heat & Temperature)

Thermal Expansion (Heat & Temperature)

Phase Change & Latent Heat (Heat & Thermodynamics)

Phase Change & Latent Heat (Heat & Thermodynamics)

Temperature Change & Heat Capacity (Heat & Thermodynamics)

Temperature Change & Heat Capacity (Heat & Thermodynamics)

Heat Transfer Methods (Heat & Thermodynamics)

Heat Transfer Methods (Heat & Thermodynamics)

The Concept of Heat (Heat & Thermodynamics)

The Concept of Heat (Heat & Thermodynamics)

Kinetic Theory for Gas Molecules (Heat & Temperature)

Kinetic Theory for Gas Molecules (Heat & Temperature)

Temperature (Heat & Thermodynamics)

Temperature (Heat & Thermodynamics)

Introductory Notes for Heat & Thermodynamics

Introductory Notes for Heat & Thermodynamics

Bernoulli's Principle (Fluids)

Bernoulli's Principle (Fluids)

Flow Rate & Continuity (Fluids)

Flow Rate & Continuity (Fluids)

Pressure & Pascal's Principle (Fluids)

Pressure & Pascal's Principle (Fluids)

Pressure & Depth (Fluids)

Pressure & Depth (Fluids)

Definition of Pressure (Fluids)

Definition of Pressure (Fluids)

Buoyant Force (Archimedes' Principle) (Fluid Statics)

Buoyant Force (Archimedes' Principle) (Fluid Statics)

Properties of Matter & Definition of a Fluid

Properties of Matter & Definition of a Fluid

Creek Meditation (1 hr)

Creek Meditation (1 hr)

Conservation of Angular Momentum (Momentum, Rotational Dynamics)

Conservation of Angular Momentum (Momentum, Rotational Dynamics)

Impulse & Angular Momentum (Momentum, Rotational Dynamics)

Impulse & Angular Momentum (Momentum, Rotational Dynamics)

Angular Momentum (Momentum, Rotational Dynamics)

Angular Momentum (Momentum, Rotational Dynamics)

Rotational Kinetic Energy (Work & Energy, Rotational Dynamics)

Rotational Kinetic Energy (Work & Energy, Rotational Dynamics)

Long Division (Elementary Math)

Long Division (Elementary Math)

Static Equilibrium (Rotational Dynamics)

Static Equilibrium (Rotational Dynamics)

Torque & the 2nd Law of Motion (Rotational Dynamics)

Torque & the 2nd Law of Motion (Rotational Dynamics)

Moment of Inertial (Rotational Dynamics)

Moment of Inertial (Rotational Dynamics)

Definition of Torque (Rotational Dynamics)

Definition of Torque (Rotational Dynamics)

Types of Collisions (Momentum)

Types of Collisions (Momentum)

Conservation of Momentum (Momentum)

Conservation of Momentum (Momentum)

Linear Momentum & Impulse (Momentum)

Linear Momentum & Impulse (Momentum)

Power & Energy Use (Work & Energy)

Power & Energy Use (Work & Energy)

Conservation of Energy (Work & Energy)

Conservation of Energy (Work & Energy)

Conservative Forces & Potential Energy (Work & Energy)

Conservative Forces & Potential Energy (Work & Energy)

Work-Energy Theorem (Work & Energy)

Work-Energy Theorem (Work & Energy)

Definition of Work (Work & Energy)

Definition of Work (Work & Energy)

State Functions & Conservation Laws (Work & Energy)

State Functions & Conservation Laws (Work & Energy)

Inverse Functions (Precalc1)

Inverse Functions (Precalc1)

2D Systems of Objects & the 3rd Law

2D Systems of Objects & the 3rd Law

Universal Law of Gravitation (Force Analysis)

Universal Law of Gravitation (Force Analysis)

Centripetal Acceleration & the 2nd Law (Force Analysis)

Centripetal Acceleration & the 2nd Law (Force Analysis)

2D Force Analysis - Angled Surfaces

2D Force Analysis - Angled Surfaces

2D Force Analysis - Angled Forces

2D Force Analysis - Angled Forces

Systems of Objects & the Third Law of Motion (Force Analysis)

Systems of Objects & the Third Law of Motion (Force Analysis)

Spring Force (Force Analysis)

Spring Force (Force Analysis)

Static & Kinetic Friction (Force Analysis)

Static & Kinetic Friction (Force Analysis)

Second Law of Motion - vertical acceleration example (Force Analysis)

Second Law of Motion - vertical acceleration example (Force Analysis)

Second Law of Motion (Force Analysis)

Second Law of Motion (Force Analysis)

First Law of Motion (Force Analysis)

First Law of Motion (Force Analysis)

Concept of Force & the Free Body Diagram (Force Analysis)

Concept of Force & the Free Body Diagram (Force Analysis)

Centripetal Acceleration (Kinematics)

Centripetal Acceleration (Kinematics)

Rotational Kinematics

Rotational Kinematics

Basics of Circular Motion (Kinematics)

Basics of Circular Motion (Kinematics)

Projectile Motion (2D Kinematics)

Projectile Motion (2D Kinematics)

2D Kinematics - Technique

2D Kinematics - Technique

Free Fall Motion (1D Kinematics)

Free Fall Motion (1D Kinematics)

Kinematics Equations in 1D

Kinematics Equations in 1D

1D & 2D Relative Motion (Kinematics)

1D & 2D Relative Motion (Kinematics)

Acceleration (Kinematics)

Acceleration (Kinematics)

Constant Velocity (Kinematics)

Constant Velocity (Kinematics)

Speed & Velocity (Kinematics)

Speed & Velocity (Kinematics)

Position & Displacement (Kinematics)

Position & Displacement (Kinematics)

Vector Algebra Techniques (for physics)

Vector Algebra Techniques (for physics)

Right Triangle Trigonometry Techniques (for physics)

Right Triangle Trigonometry Techniques (for physics)

Mass Density

Mass Density

Units, Unit Conversion, & Dimensional Analysis

Units, Unit Conversion, & Dimensional Analysis

Scientific Notation, Significant Figures, Powers of Ten & Orders of Magnitude

Scientific Notation, Significant Figures, Powers of Ten & Orders of Magnitude

Problem Solving & Formalized Reasoning

Problem Solving & Formalized Reasoning

Concentric Circles

Concentric Circles

Precalc 1, Lecture 10: Complex Numbers

Precalc 1, Lecture 10: Complex Numbers

take 7 (still practicing)

take 7 (still practicing)