Course Description

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Cover Every Course Topic: This channel supports college level Introductory Calculus for Life Science 4-year programs as a tutorial companion or general refresh. It contains custom library of recorded video tutorials designed to help students achieve success. Each topic includes a concept overview and step-by-step examples, covering of every topic in standard US and Canadian college curriculum.

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Tutorials are created by subject experts who have taken and excelled in this course within the last three years at top institutions like UCLA and UC Berkeley.

Course curriculum

  • 1

    Oscillations of a Spring

  • 2

    Simple Harmonic Motion

    • Simple Harmonic Motions | Overview

    • Simple Harmonic Motion | Example
  • 3

    Energy in a Simple Harmonic Oscillator

    • Energy in a Simple Harmonic Oscillator | Overview (pt 1)

    • Energy in a Simple Harmonic Oscillator | Overview (pt 2)
  • 4

    The Simple Pendulum

    • Gen Overview - Physics - Phys Life Science - Waves Electricity Magnetism -The Simple Pendulum _ Overview (pt 2)

    • Gen Overview - Physics - Phys Life Science - Waves Electricity Magnetism - The Simple Pendulum - Overview (pt1)
  • 5

    Damped Harmonic Motion

    • Damped Harmonic Motion | Overview

    • Damped Harmonic Motion | Example
  • 6

    Forced Oscillations, Resonance

    • Forced Oscillations, Resonance | Overview
  • 7

    Mathematical Representation of a Traveling Wave

    • Mathematical Representation of a Traveling Wave | Overview

    • Traveling Waves | Example
  • 8

    Doppler Effect

    • Doppler Effect | Overview

    • Doppler | Example
  • 9

    Characteristics of Sound

    • Characteristics of Sound | Overview
  • 10

    Longitudinal Waves

    • Longitudinal Waves | Overview

    • Longitudinal Waves | Example

    • Standing Waves | Example
  • 11

    Decibels

    • Decibels | Overview

    • Decibels | Example

    • Sound Intensity | Example
  • 12

    Sonar| Ultrasound| Imaging

    • Sonar, Ultrasound, Imaging | Overview
  • 13

    Electric Field & Couloumb's Law

    • Electric Field & Couloumb's Law | Overview

    • Couloumb's Law | Example

    • Electric Field | Example

    • Electrostatic with Hanging Masses | Example
  • 14

    Field Lines

    • Field Lines | Overview
  • 15

    Electric Flux

    • Electric Flux | Overview

    • Electric Flux | Example
  • 16

    Gauss's Law

    • Gauss's Law | Overview

    • Gauss's Law | Example
  • 17

    Electric Potential

    • Electric Potential | Overview

    • Electric Potential | Example 1

    • Electric Potential | Example 2

    • Electric Potential | Example 3
  • 18

    Point Charge Potentials

    • Point Charge Potentials | Overview
  • 19

    Capacitors

    • Capacitors | Overivew

    • Capacitor with Dielectric | Example

    • Capacitors | Examples

    • Energy in Capacitors | Example
  • 20

    Resistance & Resistivity

    • Resistance & Resistivity | Overview

    • Resistance | Example
  • 21

    Resistors in a Series & in Parallel

    • Resistors in a Series & in Parallel | Overview

    • Capacitors in Series (Parallel) | Example
  • 22

    Electric Current

    • Electric Current | Overview

    • Electric Current | Example
  • 23

    Electric Power

    • Electric Power | Overview

    • Electric Power | Example
  • 24

    Kirchhoff's Rules

    • Kirchhoff's Rules | Overview

    • Kirchoff's Rules | Example
  • 25

    Magnetic Fields & Straight Wire

    • Magnetic Fields & Straight Wire | Overview

    • Magnetic Fields | Overview
  • 26

    Parallel Wires

    • Parallel Wires | Overview

    • Force Between Two Parallel Wires | Example
  • 27

    Charge Force

    • Charge Force | Overview
  • 28

    Current Force

    • Current Force | Overview

    • Force on Current in Magnetic Field | Example
  • 29

    Faraday's Law

    • Faraday's Law | Overview (pt 1)

    • Faraday's Law | Overview (pt 2)

    • Faraday's Law | Example 1

    • Faraday's Law | Example 2
  • 30

    Electromagnetic Waves

    • Electromagnetic Waves | Overview (pt 1)

    • Electromagnetic Waves | Overview (pt 2)

    • Electromagnetic Waves | Example
  • 31

    Winter 2011 Final Exam

    • Winter 2011 Final Exam (Q1)

    • Winter 2011 Final Exam (Q2)

    • Winter 2011 Final Exam (Q4)

    • Winter 2011 Final Exam (Q5)

    • Winter 2011 Final Exam (Q6)