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General Physics I (PHY1053C) Syllabus and Course Structure – Study Guide

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Kinematics Equations

  • Guided course
    Acceleration Signs
    09:00
  • Guided course
    Acceleration with Multiple Parts
    08:35
  • Guided course
    Subway Train
    10:06

Vectors, Scalars, & Displacement

  • Guided course
    Displacement vs. Distance
    06:13
  • Guided course
    Introduction to Vectors and Scalars
    04:06

Intro to Acceleration

  • Guided course
    Intro to Acceleration
    05:47

Intro to Motion in 2D: Position & Displacement

  • Guided course
    Final Position Vector
    07:07
  • Guided course
    Intro to Motion in 2D
    01:39
  • Guided course
    Position and Displacement in 2D
    06:30

Velocity in 2D

  • Guided course
    Calculating Velocity Components
    05:53
  • Guided course
    Average Speed and Velocity in 2D
    04:13

Newton's First & Second Laws

  • Guided course
    Newton's 1st Law
    04:46
  • Guided course
    Solving for Forces Using Newton's Second Law
    04:58
  • Guided course
    Intro to Forces & Newton's Second Law
    06:54

Types Of Forces & Free Body Diagrams

  • Guided course
    Drawing a FBD
    02:06
  • Guided course
    Types of Forces
    06:18
  • Guided course
    Free-Body Diagrams
    08:42

Kinetic Friction

  • Guided course
    Pushing Down on a Block with Friction
    03:51
  • Guided course
    Kinetic Friction Problems
    06:18

Static Friction

  • Guided course
    Static Friction & Equilibrium
    08:11
  • Guided course
    Preventing a Block From Moving
    04:33
  • Guided course
    Static & Kinetic Friction
    04:05

Inclined Planes

  • Guided course
    Runaway Ramp
    04:59
  • Guided course
    Intro to Inclined Planes
    06:59
  • Guided course
    Connected Block on a Ramp
    05:06

Uniform Circular Motion

  • Guided course
    Intro to Circular Motion
    03:48
  • Guided course
    Circular Orbit of the Moon
    01:50

Centripetal Forces

  • Guided course
    Intro to Centripetal Forces
    06:48
  • Guided course
    Conical Pendulum
    05:22

Newton's Law of Gravity

  • Guided course
    Find force between spheres with radii
    01:54
  • Guided course
    Center of Mass Distance
    07:45
  • Guided course
    Where is Net Force on middle object zero?
    05:40

Rotational Position & Displacement

  • Guided course
    Rotational Position & Displacement
    14:03
  • Guided course
    Displacement in Multiple Revolutions
    05:58

Rotational Velocity & Acceleration

  • Guided course
    Rotational Velocity & Acceleration
    11:21
  • Guided course
    Rotational velocity of Earth
    04:03

Equations of Rotational Motion

  • Guided course
    Rotational velocity of disc
    05:48
  • Guided course
    Equations of Rotational Motion
    07:18

Intro to Torque

  • Guided course
    Example 3
    02:59
  • Guided course
    Intro to Torque
    15:04
  • Guided course
    Torque of fish pulling on pole
    04:26

Torque & Acceleration (Rotational Dynamics)

  • Guided course
    Torque & Acceleration (Rotational Dynamics)
    08:12
  • Guided course
    Torque & Acceleration of a Point Mass
    03:42

Intro to Moment of Inertia

  • Guided course
    Moment of inertia of Earth
    05:06
  • Guided course
    Intro to Moment of Inertia
    11:47
  • Guided course
    Inertia of planet of known density
    04:58

Torque with Kinematic Equations

  • Guided course
    Stopping flywheel with friction
    11:14
  • Guided course
    Torque with Kinematic Equations
    08:06

Torque & Equilibrium

  • Guided course
    Pin holding a horizontal bar
    02:33
  • Guided course
    Balancing a bar with a force
    06:05
  • Guided course
    Torque & Equilibrium
    10:13

Equilibrium in 2D

  • Guided course
    Traffic Signal
    08:45
  • Guided course
    2D Equilibrium Problems
    06:11

Intro to Impulse

  • Guided course
    Car Colliding with Wall
    05:12
  • Guided course
    Impulse & Impulse-Momentum Theorem
    06:00
  • Guided course
    Impulse between Bouncy Ball & Wall
    03:32

Intro to Momentum

  • Guided course
    Intro to Momentum
    05:17
  • Guided course
    Momentum in 2D
    04:15

Intro to Conservation of Momentum

  • Guided course
    Conservation Of Momentum
    05:58
  • Guided course
    Total Momentum of a System of Objects
    03:18

Types of Collisions

  • Guided course
    Overview of Collision Types
    04:47

Elastic Collisions

  • Guided course
    Intro To Elastic Collisions
    08:56
  • Guided course
    Head-On Elastic Collision
    07:05
  • Guided course
    Special Equations in Elastic Collisions
    08:24

Intro to Energy Types

  • Guided course
    Intro to Energy Types
    03:26

Intro to Calculating Work

  • Guided course
    Work by a 2D Push/Pull
    04:41
  • Guided course
    Work Done on Curvy (Not straight) Paths
    02:30
  • Guided course
    Work Done By Friction
    04:29

Intro to Energy & Kinetic Energy

  • Guided course
    Intro to Energy & Types of Energy
    04:10

Net Work & Work-Energy Theorem

  • Guided course
    The Work-Energy Theorem
    04:10
  • Guided course
    Calculating Net Work
    06:58
  • Guided course
    Net Work & Constant Speed
    03:01

Conservation of Energy with Rotation

  • Guided course
    Cylinders racing down:rolling vs. sliding
    06:20
  • Guided course
    Work to accelerate cylinder
    03:53
  • Guided course
    Conservation of Energy with Rotation
    13:08

More Conservation of Energy Problems

  • Guided course
    Speed of blocks on a pulley (Atwood's Machine)
    16:46
  • Guided course
    Speed of a yo-yo
    11:52
  • Guided course
    Blocks on a rough table and a pulley
    11:46

Gravitational Potential Energy

  • Guided course
    Gravitational Potential Energy
    06:35
  • Guided course
    Gravitational Potential Energy is "Relative"
    04:06

Power

  • Guided course
    Power
    06:00
  • Guided course
    Power of Pushing a Box
    04:27
  • Guided course
    Power of a Winch on an Incline
    06:14

Intro to Springs (Hooke's Law)

  • Guided course
    Intro to Springs
    15:52

Intro to Simple Harmonic Motion (Horizontal Springs)

  • Guided course
    Example
    04:07
  • Guided course
    Example
    03:26
  • Guided course
    Example
    02:09

Energy in Simple Harmonic Motion

  • Guided course
    Example
    03:56
  • Guided course
    Energy in Simple Harmonic Motion
    07:02
  • Guided course
    Example
    06:46

Intro to Waves

  • Guided course
    Example 1
    03:02
  • Guided course
    Intro to Waves and Wave Speed
    07:19

Velocity of Transverse Waves

  • Guided course
    Example 1
    03:07
  • Guided course
    Velocity of Waves on a String
    03:48
  • Guided course
    Solving Problems with Waves on Strings
    05:51

Wave Functions

  • Guided course
    Intro to Wave Functions
    08:30
  • Guided course
    Example 1
    03:48
  • Guided course
    Example 2
    02:50

Wave Intensity

  • Guided course
    The Inverse-Square Law for Intensity
    05:26
  • Guided course
    Wave Intensity
    02:32
  • Guided course
    Example 1
    04:28

Sound Intensity

  • Guided course
    Example 1
    06:43
  • Guided course
    Sound Intensity Level and the Decibel Scale
    04:25

The Doppler Effect

  • Guided course
    The Doppler Effect
    07:40

Standing Waves

  • Guided course
    Equations for Transverse Standing Waves
    06:28
  • Guided course
    Example 1
    05:28
  • Guided course
    Intro to Transverse Standing Waves
    07:58

Wave Interference

  • Guided course
    Wave Interference & Superposition
    03:47
  • Guided course
    Example 1
    04:49