06:25

Midterm test QB2a - Multiple angle expansion

09:51

Midterm test QB1b - Triple product identities

17:16

Midterm test QB1a - Vector geometry

03:55

Midterm test QA4 - Spherical polar coordinates

11:28

Midterm test QA3 - Matrices

12:57

Midterm test QA2 - Complex numbers

13:14

Midterm test QA1 - Hyperbolic functions question

03:41

Fourier Series

10:19

Introducing the Square Wave

05:40

Proof of the Lagrange Remainder Theorem

03:16

Solving the Pendulum by Series Expansion

12:20

Taylor Series

08:18

Newton Raphson Method

06:52

Surface Plotting in Matlab

05:19

Writing Functions (Anonymous Functions and Function Handles)

09:42

Writing Functions (Program Files for Functions)

07:34

Tamagotchi

11:09

Flow Control (Matlab Logicals)

37:28

Flow Control (Conditional Statements and Loops)

09:12

Presenting Data (Logarithmic Scales)

06:55

Presenting Data (Histograms)

11:51

Presenting Data (Basic Curve Plotting)

13:37

Understanding Arrays (Matlab Object Class)

10:57

Understanding Arrays (Manipualting Numeric Arrays)

08:32

The Inverse Matrix

09:41

The Identity Matrix

06:32

Basic Abstract Algebra Concepts

01:13

Writing a System of Equations in Matrix Form

05:58

Associativity of Matrix Multiplication

11:32

Matrix Multiplication

13:25

An Introduction to Matrices

04:44

Gaussian Elimination (Sample Question + Solution)

13:27

An Introduction to Gaussian Elimination

12:37

Introduction to Matlab (Operations on Arrays)

10:30

Introduction to Matlab (The Matlab Editor)

10:26

Introduction to Matlab (Numeric Arrays)

04:17

Desktop Anywhere (for UCL students!)

06:53

Introduction to Matlab (Getting Started)

04:47

The Mathematical Concept of a Function

12:07

Fundamentals of Set Theory