12:00

Significant Figures (1 of 2: Introduction to significant figures as an approximation tool)

3y0m ago

11:19

Recurrence Relations (3 of 4: Applying to Trigonometric Functions raised to power of n)

3y0m ago

10:23

Recurrence Relations (2 of 4: Considering if the question consists of some arbitrary power of n)

3y0m ago

07:58

Recurrence Relations (1 of 4: Introduction to Recurrence relations with introductory examples)

3y1m ago

07:47

Integration with t Results (2 of 2: Simplifying the integral before applying t results)

3y1m ago

11:28

Proving a Result from the Standard Integrals (3 of 3: Using Partial Fractions to simplify sec)

3y1m ago

07:23

Proving a Result from the Standard Integrals (2 of 3: Substituting tan to simplify the integral)

3y1m ago

08:13

Proving a Result from the Standard Integrals (1 of 3: Differentiate, Hence Integrate Proof)

3y1m ago

04:10

Using a Substitution to turn an area under an ellipse into an area under a circle to Evaluate

3y1m ago

06:08

Partial Fractions & Integration (Using Partial Fractions to simplify an integral for evaluation)

3y1m ago

04:49

Further Integration [Continued] (3 of 3: 'Breaking Apart' Integrals to simplify for integration)

3y1m ago

06:17

Further Integration [Continued] (2 of 3: Adding and subtracting a constant to simplify integral)

3y1m ago

10:49

Further Integration [Continued] (1 of 3: Using Double Angle & Completing the Square to integrate)

3y1m ago

06:38

Extension I Quiz (Differentiation of Trig, Integration with Substitution, Newton's Method & Volumes)

3y1m ago

05:24

Fractions, Percentages & Decimals (2 of 3: Limitations of Fractions & Introduction to Percentages)

3y1m ago

06:54

Fractions, Percentages & Decimals (1 of 3: Reviewing addition and multiplication of fractions)

3y1m ago

12:51

Harder Inverse Functions Question (2 of 2: Finding a pattern to make it work for negative numbers)

3y1m ago

11:20

Harder Inverse Functions Question (1 of 2: Restricting the Domain to get a Inverse Function)

3y1m ago

11:26

Geometry of Inverse Trigonometric Functions (2 of 2: Finding Gradient Function and plotting points)

3y1m ago

09:46

Geometry of Inverse Trigonometric Functions (1 of 2: Establishing the Domain and Symmetry)

3y1m ago

06:28

General Solution [Continued] (2 of 3: Manipulating a trig function to find the general solution)

3y1m ago

11:18

Dividing Fractions (2 of 2: Introduction to Division of Fractions with some introductory examples)

3y1m ago

09:31

General Solution (3 of 3: Finding the general solution for sinx & Why is it the hardest?)

3y1m ago

10:37

General Solution (1 of 3: Introduction to General Solutions and finding general solution of tanx)

3y1m ago

13:41

Harder Integration by Substitution (3 of 3: Using another substitution to find the solution)

3y1m ago

13:11

Harder Integration by Substitution (2 of 3: Dealing with implied restrictions within the Question)

3y1m ago

10:42

Harder Integration by Substitution (1 of 3: Substituting a tan function to simplify the Integration)

3y1m ago

09:12

Integration of Square Root Function (2 of 2: What is this kind of integral solving for?)

3y1m ago

14:14

Integration of Square Root Function (1 of 2: Using a Trig Substitution to help with integration)

3y1m ago

11:37

Integration by Substitution (2 of 4: Doing the same Question with a simple substitution of 'u')

3y1m ago

09:10

Calculus with ITFs (2 of 3: Generalising the derivative of tan¯¹(x) & the derivative of cos¯¹(x))

3y1m ago

08:07

Calculus with ITFs (1 of 3: Generalising the derivative of the Basic Inverse sine function)

3y1m ago

11:11

Differentiation of Inverse Trig Functions (2 of 2: Maximum Optimisation for Inverse Trig Function)

3y1m ago

08:53

Differentiation of Inverse Trig Functions (1 of 2: Dealing with a Hidden Condition in the Question)

3y1m ago

10:16

Differentiation of ITFs (3 of 3: Finding the Condition that make d/dx(sin¯¹(x)) what it actually is)

3y1m ago

07:05

Differentiation of ITFs (2 of 3: Using Trig Identities to find the derivative of tan¯¹(x))

3y1m ago

12:43

Properties of Graphs of I.T.Fs (3 of 3: Showing the Relationship between original & Compound)

3y1m ago

04:42

Properties of Graphs of I.T.Fs (2 of 3: Finding the solution to the compound function of arc(trig)x)

3y1m ago