Канал: Erik Rosolowsky

[Unit 5 - Week 2] 2D collisions, Systems of Mass

[Unit 5 - Week 2] 2D collisions, Systems of Mass

[Unit 5 - Week 1] Impulse and Momentum

[Unit 5 - Week 1] Impulse and Momentum

[Unit 4] Energy Examples

[Unit 4] Energy Examples

[Unit 4, Week 2] Potential Energies

[Unit 4, Week 2] Potential Energies

[Unit 4, Week 1] Work and Energy

[Unit 4, Week 1] Work and Energy

[Unit 3] Dynamics Examples

[Unit 3] Dynamics Examples

[Unit 3, Week 2] Advanced Dynamics

[Unit 3, Week 2] Advanced Dynamics

[Unit 3, Week 1] Fundamentals of Dynamics

[Unit 3, Week 1] Fundamentals of Dynamics

[Unit 2, Week 2] Advanced Kinematics Examples

[Unit 2, Week 2] Advanced Kinematics Examples

[Unit 2, Week 2] Advanced Kinematics. Intro to Dynamics

[Unit 2, Week 2] Advanced Kinematics. Intro to Dynamics

[Unit 2, Week 1] Kinematics Examples

[Unit 2, Week 1] Kinematics Examples

[Unit 2, Week 1] 2D and 3D Kinematics

[Unit 2, Week 1] 2D and 3D Kinematics

[Unit 2, Week 1] 1D Kinematics

[Unit 2, Week 1] 1D Kinematics

PHYS144 Introduction (Fall 2024)

PHYS144 Introduction (Fall 2024)

[Part 11] Relativistic Kinematics

[Part 11] Relativistic Kinematics

[Part 12] Relativistic Dynamics

[Part 12] Relativistic Dynamics

[Part 10] Rotational Dynamics

[Part 10] Rotational Dynamics

[Part 9] Rotational Kinematics

[Part 9] Rotational Kinematics

[Part 8] Impulse and Momentum, Part 2

[Part 8] Impulse and Momentum, Part 2

[Part 7] Impulse and Momentum, Part 1

[Part 7] Impulse and Momentum, Part 1

[Part 6] Potential Energy and Energy Conservation

[Part 6] Potential Energy and Energy Conservation

[Part 05] Work and Energy

[Part 05] Work and Energy

[Part 3] Supplement - Setup for pulleys and ramps

[Part 3] Supplement - Setup for pulleys and ramps

[Part 3] Supplement - Setup of blocks on ramp

[Part 3] Supplement - Setup of blocks on ramp

[Part 4] Newtonian Dynamics: Force models

[Part 4] Newtonian Dynamics: Force models

[Part 3] Introduction to Newtonian Dynamics

[Part 3] Introduction to Newtonian Dynamics

[Part 1] Supplement - Free-fall demo

[Part 1] Supplement - Free-fall demo

[Part 2] 2D/3D Kinematics

[Part 2] 2D/3D Kinematics

[Part 1] 1D Kinematics

[Part 1] 1D Kinematics

[Unit 1] Units, Vectors, and Unit Vectors

[Unit 1] Units, Vectors, and Unit Vectors

PHYS144 Introduction

PHYS144 Introduction

[Week 12] Galaxy Evolution

[Week 12] Galaxy Evolution

[Week 11] Galactic Populations

[Week 11] Galactic Populations

[Week 10] Active Galactic Nuclei

[Week 10] Active Galactic Nuclei

[Week 10] Isolated galaxy evolution

[Week 10] Isolated galaxy evolution

[Week 10] ISM Heating and Cooling

[Week 10] ISM Heating and Cooling

[Week 9] Galaxy Structure

[Week 9] Galaxy Structure

[Week 9] The Interstellar Medium

[Week 9] The Interstellar Medium

[Week8] Structure of Stellar Disks

[Week8] Structure of Stellar Disks

[Week 8] Galaxy Structure in Gaia

[Week 8] Galaxy Structure in Gaia

[Week 6] Real Stellar Populations

[Week 6] Real Stellar Populations

[Week 4] Calculating a Distance to a Cluster

[Week 4] Calculating a Distance to a Cluster

[Week 5] Isochrone Fitting in Glue

[Week 5] Isochrone Fitting in Glue

[Week 5] Stellar Populations, Part 1

[Week 5] Stellar Populations, Part 1

[Week 5] Stellar Populations, Part 2

[Week 5] Stellar Populations, Part 2

[Week 4] Stars (Part 1)

[Week 4] Stars (Part 1)

[Week 4] Stars (Part 2)

[Week 4] Stars (Part 2)

[Week 3] Galactic Anatomy

[Week 3] Galactic Anatomy

[Week 3] Creating a HRD from Gaia

[Week 3] Creating a HRD from Gaia

[Week 3] Self Gravitation

[Week 3] Self Gravitation

[Week 2] Hands-on with Gaia Data

[Week 2] Hands-on with Gaia Data

[Week 2] Observations

[Week 2] Observations

[Week 0] Introduction to ASTRO 322

[Week 0] Introduction to ASTRO 322

[Week 1] Observations (Part 1)

[Week 1] Observations (Part 1)

[Week 11] Large Scale Structue

[Week 11] Large Scale Structue

ASTRO322 - Lecture 30

ASTRO322 - Lecture 30

ASTRO 322 - Lecture 19

ASTRO 322 - Lecture 19

ASTRO 322 Lecture 18

ASTRO 322 Lecture 18

ASTRO 322 - Lecture 17

ASTRO 322 - Lecture 17

ASTRO 322 - Lecture 16

ASTRO 322 - Lecture 16

ASTRO 322 - Lecture 15

ASTRO 322 - Lecture 15

ASTRO 322 - Lecture 14

ASTRO 322 - Lecture 14

ASTRO 322 - Lecture 13

ASTRO 322 - Lecture 13

ASTRO 322 - Lecture 12

ASTRO 322 - Lecture 12

ASTRO 322 - Lecture 11

ASTRO 322 - Lecture 11

ASTRO 322 - Lecture 10

ASTRO 322 - Lecture 10

ASTRO 322 - Lecture 9

ASTRO 322 - Lecture 9

ASTRO 322 - Lecture 8

ASTRO 322 - Lecture 8

ASTRO 322 - Lecture 7

ASTRO 322 - Lecture 7

ASTRO 322 - Lecture 6

ASTRO 322 - Lecture 6

ASTRO 322 - Lecture 5

ASTRO 322 - Lecture 5

ASTRO322 - Lecture 4

ASTRO322 - Lecture 4

ASTRO 322 - Lecture 3

ASTRO 322 - Lecture 3

ASTRO 322 - Lecture 2

ASTRO 322 - Lecture 2

ASTRO322 - Lecture 1

ASTRO322 - Lecture 1

PHYS124 - Speed of Sound

PHYS124 - Speed of Sound

PHYS124 - The Pendulum

PHYS124 - The Pendulum

PHYS126 - Earth's Magnetic Field

PHYS126 - Earth's Magnetic Field

ENPH131 - Collisions

ENPH131 - Collisions

PHYS124 - Angular Kinematics

PHYS124 - Angular Kinematics

ENPH131 - Conservation of Energy

ENPH131 - Conservation of Energy

PHYS126 - Circuits, Part 1

PHYS126 - Circuits, Part 1

PHYS 124 - Conservation of Energy and Momentum

PHYS 124 - Conservation of Energy and Momentum

PHYS124 - Kinetic Friction

PHYS124 - Kinetic Friction

PHYS 126 - Static Electricity (Coulomb's Law)

PHYS 126 - Static Electricity (Coulomb's Law)

ENPH131 - Air Resistance

ENPH131 - Air Resistance

PHYS126 - Air Resistance

PHYS126 - Air Resistance

PHYS 126 - Atmospheric Pressure

PHYS 126 - Atmospheric Pressure

Acceleration due to Gravity

Acceleration due to Gravity

Introduction to Spreadsheets

Introduction to Spreadsheets

Introduction to Physics Labs (Spring 2020)

Introduction to Physics Labs (Spring 2020)

PHYS 126 - Electromagnetics

PHYS 126 - Electromagnetics

PHYS146 Experiment 15 (Standing Waves)

PHYS146 Experiment 15 (Standing Waves)

PHYS146 Experiment 14 (Speed of Sound)

PHYS146 Experiment 14 (Speed of Sound)

PHYS124 - Standing Waves

PHYS124 - Standing Waves

PHYS124 - Speed of Sound

PHYS124 - Speed of Sound

ENPH131 Experiment 10 (Rolling Motion)

ENPH131 Experiment 10 (Rolling Motion)

PHYS124 Springs Data Collection

PHYS124 Springs Data Collection

Magnetic Forces (PHYS 230 - Lab 4)

Magnetic Forces (PHYS 230 - Lab 4)

PHYS126 - Magnetic Dipoles

PHYS126 - Magnetic Dipoles

ENPH131 - Experiment 9 (Collisions: Ramp)

ENPH131 - Experiment 9 (Collisions: Ramp)

Pull-up Bar Setup

Pull-up Bar Setup

Arrakis and Ix (Magnitude of the Gravitational Force)

Arrakis and Ix (Magnitude of the Gravitational Force)

PHYS124 Review Session (Fa19)

PHYS124 Review Session (Fa19)

Amoeba on a Ramp

Amoeba on a Ramp

Calculating Velocity to hit a Target

Calculating Velocity to hit a Target

Time of Projectile Flight

Time of Projectile Flight

SHM: KE from Equation of Motion

SHM: KE from Equation of Motion

Ninja on a Turntable

Ninja on a Turntable

Swingin' Cephalopods

Swingin' Cephalopods

The Infamous Banked Curve

The Infamous Banked Curve

Gravity Summary

Gravity Summary

HW11 Problem 7

HW11 Problem 7

Angular Collision Example

Angular Collision Example

HW9 Problem 7 Hints - See description for important notes

HW9 Problem 7 Hints - See description for important notes

Ninja on a Rotating Platform

Ninja on a Rotating Platform

HW 7 Problem 8

HW 7 Problem 8

Book Ch 6 Problem 33

Book Ch 6 Problem 33

Book Ch 6 Problem 23

Book Ch 6 Problem 23

HW6 Q7 Hints

HW6 Q7 Hints

HW6 Q5 Hints

HW6 Q5 Hints

HW5 Problem 10 Hint

HW5 Problem 10 Hint

Example for HW5 Problem 2

Example for HW5 Problem 2

HW4 Problem 7 Solution

HW4 Problem 7 Solution

Roller Coasters

Roller Coasters

HW3 Problem 9 Solution

HW3 Problem 9 Solution

HW3 Problem 10 Solution

HW3 Problem 10 Solution

HW3 Problem 10

HW3 Problem 10

HW3 Problem 9

HW3 Problem 9

Amoeba On Ramp

Amoeba On Ramp

HW2 Problem 10 Solution

HW2 Problem 10 Solution

HW2 Problem 10 Setup Hints

HW2 Problem 10 Setup Hints

Chapter 4; Problem 25

Chapter 4; Problem 25

Derivation of Projectile Range

Derivation of Projectile Range

HW2_Problem6

HW2_Problem6

GridLineNumber

GridLineNumber

ColorHysteresis

ColorHysteresis