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Tonya Coffey

College Physics

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Test 1 Review PHY 2010 Fall 2023
35:56
Test 3 Review PHY2020 Spr 23
26:32
Test 2 Review PHY2020 S23
24:16
Test 1 Review PHY 2020
31:07
Test 3 Review
1:00:30
Gyroscopes and Tops
13:47
Simulating air resistance with VPython
13:52
test 2 review phy2010 f22
32:55
Test 3 Review for PHY2020
23:21
Modeling Motion of Charges in Uniform Magnetic Fields with VPython
19:58
Test 2 Review, PHY2020 Spring 2022
44:02
Biot Savart Law Examples
15:51
Sources of magnetic fields
7:07
Derivation of equations for a charging and discharging capacitor
23:26
Intro to Capacitors
25:14
Conductors in Electrostatic Equilibrium
28:12
Using VPython to Find the Electric Field from a Continuous Charge Distribution
25:48
Poisson's equation
21:51
The differential form of Gauss's law
32:09
Modeling electric fields of point charges with VPython
31:07
Coding vector operations, angular momentum, and torque in VPython
24:10
Test 3 review phy2010 f21
32:59
Collisions
21:15
Intro to torque
22:53
Moment of Inertia Examples
16:42
Intro to Moment of Inertia
18:33
Derivation of the equation for the Driven, Damped Harmonic Oscillator
19:28
The force is minus the gradient of the potential energy
10:09
Using VPython to model the damped harmonic oscillator
26:06
Damped Harmonic Oscillator
22:22
Air resistance and drag
20:37
Test 2 review PHY2010 Fall 21
33:26
Gravitational potential energy
24:34
Potential Energy for Conservative Forces--Multiple Derivations
30:18
Derivation of the equation for work
18:15
Coding angular motion
22:58
Centripetal force derivation
11:04
A deeper look at the simple harmonic oscillator
31:23
Intro to Sound
28:19
Stress, strain, and Young's modulus
13:18
Stiffness of interatomic bonds
14:45
Bonds as springs
14:29
Test 1 Review PHY2010
28:11
Simulating Newton's Universal Gravitation in VPython
22:07
Iterative Predictions of Motion for a Varying Net Force
21:58
Doing math in VPython
11:04
Simultaneous fall demo explanation
10:09
phy 3530 intro
4:06
Public vs. Private in VPython
3:58
A deeper look at magnetic dipoles
13:06
Magnetic Moments and Torque on Current Loops
16:48
Proving Differential Forms of Ampere's and Gauss's Law for Magnetism are True for Long Wire
20:21
Coding the Biot-Savart Law for a Moving Point Charge Using VPython
14:54
Polarization of dielectrics
23:49
An introduction to dielectrics
10:32
Capacitors in Circuits
25:28
Coding Potential Difference
14:52
Laplace's Equation
24:15
Potential and Electric Field of a Spherical Shell of Charge
27:06
Multipole expansion
8:55
Electric Potential and Electric Field for an Electric Dipole
18:17
Electric Fields Store Energy
17:52
Using Gauss's Law for non-constant charge densities
31:28
Nested loops and lists in VPython
15:20
Gauss's law for cylindrical and planar symmetries
20:17
Electric field of a uniformly charged disk
17:24
Electric field of continuous charge distributions
21:45
Coulomb Force Example Problem
11:55
Derivation of the Madelung constant
13:55
Angular Momentum Conservation and Kepler's Laws
16:09
Torque and Angular Momentum
13:49
Angular Momentum of Rotating Rigid Body
19:03
Angular momentum
13:55
Cross product
17:59
Work and Energy for Point Particles vs  Extended Objects
31:04
Spherical Coordinates and the Moment of Inertia for a Sphere
18:03
Resonance
21:14
Internal Energy
18:04
Damped Harmonic Oscillator  Example
9:00
Energy of Damped Oscillators and Quality Factors
17:09
Fluid Pressure and Buoyancy
27:35
Free Body Diagrams and Friction
25:56
Free Body Diagrams and Friction
25:56
Center of Mass
18:02
Conservation of Momentum
19:30
Coulomb's Law
26:55
Gravity near Earth's surface
12:58
Newton's 3rd Law and Universal Gravitation
19:40
intro to springs
24:51
Iterative Predictions of Motion for a Constant Net Force
20:05
Deriving the kinematics equations from Newton's 2nd Law
12:13
Differential form of Newton's 2nd Law & Impulse
14:04
Intro to the course for PHY3530 Fall 2020
11:30
Introduction to Momentum
15:49
Getting started on your first Vpython assigment
14:06
Predicting a new position
26:08
Coding example using ideas from video on  predicting a new position
18:56
3D vectors and their notation
16:13
PHY 2010 Fall 2020 Course Introduction
25:42
Detecting Interactions and Newton's First Law of Motion
12:01