Канал: JCC Physics

Class on Potential Energy

Class on Potential Energy

PHY 1710 Jan 27 2023

PHY 1710 Jan 27 2023

Thermo12 7 22part2

Thermo12 7 22part2

Thermo12 7 22part1

Thermo12 7 22part1

1710 class 042722

1710 class 042722

WeightandFBD

WeightandFBD

Electric Field from Finite and Infinite Lines of Charge

Electric Field from Finite and Infinite Lines of Charge

Electric Field from a Uniform Disk and an Infinite Sheet

Electric Field from a Uniform Disk and an Infinite Sheet

Electric Field from Ring

Electric Field from Ring

Quantum Teleportation

Quantum Teleportation

Bell's Theorem Part 2

Bell's Theorem Part 2

Bell's Theorem

Bell's Theorem

EPR Incompleteness Argument

EPR Incompleteness Argument

Multi-particle States

Multi-particle States

Review of the Rules for Quantum Mechanics

Review of the Rules for Quantum Mechanics

Operators and Matrices

Operators and Matrices

Feynman Slits Revisited

Feynman Slits Revisited

Class Zoom from 3/16/2021

Class Zoom from 3/16/2021

Class from 3/11/2021

Class from 3/11/2021

Calc 3 review

Calc 3 review

Quantities and Units

Quantities and Units

Geometry and Vector Review

Geometry and Vector Review

Zoom class from 12/3/2020 solving momentum problems

Zoom class from 12/3/2020 solving momentum problems

Zoom class from 12/3/2020 discussing Unit FM activities 3 and 4

Zoom class from 12/3/2020 discussing Unit FM activities 3 and 4

Devices

Devices

FM Activities 1 and 2

FM Activities 1 and 2

12/1/2020 Impulse and Momentum

12/1/2020 Impulse and Momentum

Control Volumes

Control Volumes

Post-Thanksgiving Review and Turbine Example

Post-Thanksgiving Review and Turbine Example

Second Law

Second Law

Zoom Class from 11/06/2020

Zoom Class from 11/06/2020

11/05/2020 class on friction and drag force

11/05/2020 class on friction and drag force

Zoom Class from 11/4/2020

Zoom Class from 11/4/2020

Simple Friction Examples

Simple Friction Examples

Static and Kinetic Friction

Static and Kinetic Friction

November 2, 2020 Thermo Zoom class

November 2, 2020 Thermo Zoom class

Homework help examples

Homework help examples

10/22 Class

10/22 Class

Refrigeration, Heat Pump, and Power Cycles

Refrigeration, Heat Pump, and Power Cycles

Power, Heat Transfer Rates, Conduction, Radiation, and Convection

Power, Heat Transfer Rates, Conduction, Radiation, and Convection

Zoom Class First Law in different forms

Zoom Class First Law in different forms

Polytropic Process Examples

Polytropic Process Examples

Work and PV diagrams

Work and PV diagrams

Polytropic Processes

Polytropic Processes

Continuous Random Variables and Relative Numbers

Continuous Random Variables and Relative Numbers

Kinetic Theory for Ideal Gas

Kinetic Theory for Ideal Gas

Standard Deviations

Standard Deviations

Ideal Gas Law

Ideal Gas Law

Probability and Expectation Values

Probability and Expectation Values

Train Example with missing information

Train Example with missing information

Freefall Example with uneven heights

Freefall Example with uneven heights

Bernoulli's Equation

Bernoulli's Equation

Simple Example recorded from live class

Simple Example recorded from live class

Freefall Examples

Freefall Examples

Uniform Acceleration the "v^2" equation (KE#3)

Uniform Acceleration the "v^2" equation (KE#3)

Uniform Acceleration Position/Time Equation (KE #2)

Uniform Acceleration Position/Time Equation (KE #2)

Uniform Acceleration Velocity/Time Equation (KE #1)

Uniform Acceleration Velocity/Time Equation (KE #1)

Vectors and Scalars (or Displacement vs Distance and Velocity vs Speed)

Vectors and Scalars (or Displacement vs Distance and Velocity vs Speed)

Acceleration

Acceleration

Example using Velocity vs Time Graphs

Example using Velocity vs Time Graphs

Velocity versus Time Graph

Velocity versus Time Graph

Instantaneous Velocity

Instantaneous Velocity

Density and Specific Volume

Density and Specific Volume

Pressure and Depth Pressure

Pressure and Depth Pressure

Quantities and Units

Quantities and Units

Position, Displacement, and Velocity

Position, Displacement, and Velocity

Review of Work Energy Theorem

Review of Work Energy Theorem

4:30:2020 Class

4:30:2020 Class

5:30:2020 Class General Planar Dynamics

5:30:2020 Class General Planar Dynamics

Section 17.5 Dynamics of General Planar motion of rigid bodies

Section 17.5 Dynamics of General Planar motion of rigid bodies

4/29/2020 Class (Newton's Laws for pure rotation for rigid objects)

4/29/2020 Class (Newton's Laws for pure rotation for rigid objects)

17-4 Newton's Laws for Pure Rotations of Rigid Bodies

17-4 Newton's Laws for Pure Rotations of Rigid Bodies

Equilibrium and Stability

Equilibrium and Stability

Rotational Energy and Torque analysis of an object rolling down a hill

Rotational Energy and Torque analysis of an object rolling down a hill

Rotational Energy and Torque Analysis of falling object tied to a pulley

Rotational Energy and Torque Analysis of falling object tied to a pulley

Solving Rotational Torque Problems

Solving Rotational Torque Problems

Newton's Law's for Rotations

Newton's Law's for Rotations

Defining Torque

Defining Torque

Using the Parallel Axis Theorem

Using the Parallel Axis Theorem

Calculating Moments of Inertia about a Common Axis

Calculating Moments of Inertia about a Common Axis

Rotational Kinetic Energy

Rotational Kinetic Energy

Using No Slipping Conditions

Using No Slipping Conditions

Wave Equations

Wave Equations

Electromagnetic Plane Waves

Electromagnetic Plane Waves

Maxwell's Equations in Integral Form

Maxwell's Equations in Integral Form

Maxwell's Equations in Differential Form

Maxwell's Equations in Differential Form

Mutual Inductance and Transformers

Mutual Inductance and Transformers

Energy in an Inductor

Energy in an Inductor

Inductance of Toroidal Solenoid

Inductance of Toroidal Solenoid

Inductance of Infinite Solenoid

Inductance of Infinite Solenoid

Inductors and Inductance

Inductors and Inductance

Magnetic Materials

Magnetic Materials

DC Generator and Rotating Rod

DC Generator and Rotating Rod

AC Generator and RMS Values

AC Generator and RMS Values

Motional vs Inductive EMF

Motional vs Inductive EMF

Faraday's Law

Faraday's Law

Electric Potential, EMF, Voltage, and all That

Electric Potential, EMF, Voltage, and all That

Class 5-23-2020

Class 5-23-2020

Toroidal Solenoid from Ampere's Law

Toroidal Solenoid from Ampere's Law

Infinite Cylindrical Solenoid from Ampere's Law

Infinite Cylindrical Solenoid from Ampere's Law

B field of Helmholtz Coil

B field of Helmholtz Coil

B field of Loop from Biot-Savart

B field of Loop from Biot-Savart

Bfield of Straight Wire from Biot-Savart

Bfield of Straight Wire from Biot-Savart

Law of Biot-Savart

Law of Biot-Savart

Section 17.2 and 17.3 Equations of Motion for Rigid Planar Motion

Section 17.2 and 17.3 Equations of Motion for Rigid Planar Motion

Section 17.1 Moments of Inertia

Section 17.1 Moments of Inertia

4/14/2020 Class via Zoom

4/14/2020 Class via Zoom

Torque on Current Carrying Wire

Torque on Current Carrying Wire

Magnetic Force on Circular Wire

Magnetic Force on Circular Wire

Magnetic Force on a Wire

Magnetic Force on a Wire

1) Lecture from ch 16.1 to 16.3

1) Lecture from ch 16.1 to 16.3

2) Practice Problem with Pulleys

2) Practice Problem with Pulleys

3) Section 16.4 Absolute Motion Analysis

3) Section 16.4 Absolute Motion Analysis

4) Window Practice Problem

4) Window Practice Problem

3/24/2020 Zoom Class

3/24/2020 Zoom Class

Section 16.5 Relative Motion Analysis: Velocity

Section 16.5 Relative Motion Analysis: Velocity

Hall Effect

Hall Effect

3/26/2020 Class via Zoom

3/26/2020 Class via Zoom

3/31/2020 Class

3/31/2020 Class

Relative Acceleration Example with Sliding and Rotating Elements

Relative Acceleration Example with Sliding and Rotating Elements

Relative Acceleration Example Yo Yo Problem

Relative Acceleration Example Yo Yo Problem

Relative Acceleration Example Rod with Rollers on Ramp

Relative Acceleration Example Rod with Rollers on Ramp

Relative Acceleration Example Wheel Rolling Without Slipping

Relative Acceleration Example Wheel Rolling Without Slipping

Section 16.7 Relative Motion Analysis: Acceleration

Section 16.7 Relative Motion Analysis: Acceleration

Example IC Analysis Velocity of Point on Wheel

Example IC Analysis Velocity of Point on Wheel

Example IC Analysis Rod on Ramp

Example IC Analysis Rod on Ramp

Section 16.6 Instantaneous Center

Section 16.6 Instantaneous Center

Euler Method For DEQ

Euler Method For DEQ

Magnetic Forces part 2

Magnetic Forces part 2

Magnetic Forces

Magnetic Forces

Introducing Moment of Inertia

Introducing Moment of Inertia

Correction in Center of Mass Calculation

Correction in Center of Mass Calculation

Center of Mass

Center of Mass

Continuous Distributions and Densities

Continuous Distributions and Densities

Correction in Mass Calculation

Correction in Mass Calculation

2D Rotations

2D Rotations

Vector Derivation of Rotational Kinematics

Vector Derivation of Rotational Kinematics

Angular Velocity and Acceleration

Angular Velocity and Acceleration

Rotational Kinematics

Rotational Kinematics

15) Numerical Differentiation

15) Numerical Differentiation

13) Bisection Method

13) Bisection Method

Multiloop Circuits

Multiloop Circuits

RC Circuits

RC Circuits

Equivalent Resistors

Equivalent Resistors

Very Simple Circuits

Very Simple Circuits

Power in a Resistor

Power in a Resistor

Ohm's Law

Ohm's Law

Current and Current Density

Current and Current Density

Microscopic Description of Dielectrics

Microscopic Description of Dielectrics

Tension and Pulleys part 2

Tension and Pulleys part 2

Tension and Pulleys

Tension and Pulleys

Third Law and Normal Forces

Third Law and Normal Forces

Third Law

Third Law

Equivalent Capacitors

Equivalent Capacitors

Macroscopic view of Dielectrics

Macroscopic view of Dielectrics

Energy in Capacitor

Energy in Capacitor

Capacitance of Spherical Cap

Capacitance of Spherical Cap

Capacitance of Cylindrical Cap

Capacitance of Cylindrical Cap

Capacitance of Parallel Plate Cap

Capacitance of Parallel Plate Cap

Electric Potential of Disk

Electric Potential of Disk

Electric Potential of Ring

Electric Potential of Ring

12 Taylor Series

12 Taylor Series

11 Interpolation

11 Interpolation

Elastic Collisions

Elastic Collisions

Potential Energy 4

Potential Energy 4

Potential Energy 3

Potential Energy 3

Potential Energy 2

Potential Energy 2

Potential Energy 1

Potential Energy 1

Work and Energy 4

Work and Energy 4

Work and Energy 3

Work and Energy 3

Work and Energy 1

Work and Energy 1

Work and Energy 2

Work and Energy 2

Dot Products

Dot Products

Supplemental Video Cross Products

Supplemental Video Cross Products

Cross Products

Cross Products

Inelastic Collisions

Inelastic Collisions

Impulse and Momentum 3

Impulse and Momentum 3

Impulse and Momentum 2

Impulse and Momentum 2

Impulse and Momentum 1

Impulse and Momentum 1

Universal Gravitation 1

Universal Gravitation 1

Universal Gravitation 2

Universal Gravitation 2

Conservation Laws

Conservation Laws

Apparent Weight 2

Apparent Weight 2

Apparent Weight 1

Apparent Weight 1

Centripetal Motion 2

Centripetal Motion 2

Centripetal Motion 1

Centripetal Motion 1