Showing videos from Eddie Woo with a total of 4,120 videos

Financial Series - Investment (2 of 2: Interpreting the question's language)04:29
Financial Series - Investment (2 of 2: Interpreting the question's language)
1y4m ago
Financial Series - Investment (1 of 2: Establishing the series)12:14
Financial Series - Investment (1 of 2: Establishing the series)
1y4m ago
Financial Series - Loan Repayments (3 of 3: Interpreting the answer)13:36
Financial Series - Loan Repayments (3 of 3: Interpreting the answer)
1y4m ago
Financial Series - Loan Repayments (2 of 3: How to determine the repayment)12:14
Financial Series - Loan Repayments (2 of 3: How to determine the repayment)
1y4m ago
Financial Series - Loan Repayments (1 of 3: Unpacking the question)09:44
Financial Series - Loan Repayments (1 of 3: Unpacking the question)
1y4m ago
Financial Series - Superannuation (3 of 3: Simplifying the geometric series)06:08
Financial Series - Superannuation (3 of 3: Simplifying the geometric series)
1y4m ago
Financial Series - Superannuation (2 of 3: Finding the time to reach a goal)07:51
Financial Series - Superannuation (2 of 3: Finding the time to reach a goal)
1y4m ago
Financial Series - Superannuation (1 of 3: Expressing the investment after 3 years)07:26
Financial Series - Superannuation (1 of 3: Expressing the investment after 3 years)
1y4m ago
Parametrics Exam Question (2 of 2: Circle geometry proof)09:58
Parametrics Exam Question (2 of 2: Circle geometry proof)
1y4m ago
Parametrics Exam Question (1 of 2: Proving perpendicular lines)08:54
Parametrics Exam Question (1 of 2: Proving perpendicular lines)
1y4m ago
Using the Discriminant (Exam question about points of intersection)07:54
Using the Discriminant (Exam question about points of intersection)
1y5m ago
Introduction to Financial Series (Example 2 of 2: Growing sales)09:51
Introduction to Financial Series (Example 2 of 2: Growing sales)
1y5m ago
Introduction to Financial Series (Example 1 of 2: Rising salary)13:36
Introduction to Financial Series (Example 1 of 2: Rising salary)
1y5m ago
Applications of Integrating Exponential Functions (2 of 2: Area beneath a logarithmic curve)07:54
Applications of Integrating Exponential Functions (2 of 2: Area beneath a logarithmic curve)
1y5m ago
Applications of Integrating Exponential Functions (1 of 2: Evaluating a volume)08:59
Applications of Integrating Exponential Functions (1 of 2: Evaluating a volume)
1y5m ago
Integration of Harder Exponential Functions09:34
Integration of Harder Exponential Functions
1y5m ago
Applications of Integration & Logarithms09:57
Applications of Integration & Logarithms
1y5m ago
Integrals & Logarithmic Functions - Why does the solution look different?08:19
Integrals & Logarithmic Functions - Why does the solution look different?
1y5m ago
Identifying a Function from its Derivative08:39
Identifying a Function from its Derivative
1y5m ago
Integrals & Logarithmic Functions (2 of 2: Why are there absolute value signs?)09:53
Integrals & Logarithmic Functions (2 of 2: Why are there absolute value signs?)
1y5m ago
Integrals & Logarithmic Functions (1 of 2: Deriving the results)09:52
Integrals & Logarithmic Functions (1 of 2: Deriving the results)
1y5m ago
Graphing Logarithmic Function with Calculus (2 of 2: Constructing the sketch)07:37
Graphing Logarithmic Function with Calculus (2 of 2: Constructing the sketch)
1y5m ago
Graphing Logarithmic Function with Calculus (1 of 2: Identifying features)07:02
Graphing Logarithmic Function with Calculus (1 of 2: Identifying features)
1y5m ago
Calculus of Logarithmic Functions (4 of 4: The importance of simplifying first)09:50
Calculus of Logarithmic Functions (4 of 4: The importance of simplifying first)
1y5m ago
Calculus of Logarithmic Functions (3 of 4: Dealing with non-e bases)09:26
Calculus of Logarithmic Functions (3 of 4: Dealing with non-e bases)
1y5m ago
Calculus of Logarithmic Functions (2 of 4: Establishing the derivative of ln x)07:07
Calculus of Logarithmic Functions (2 of 4: Establishing the derivative of ln x)
1y5m ago
Calculus of Logarithmic Functions (1 of 4: Introduction)06:42
Calculus of Logarithmic Functions (1 of 4: Introduction)
1y5m ago
Differentiating Exponentials with Non-e Bases10:14
Differentiating Exponentials with Non-e Bases
1y5m ago
Definite Integrals by Substitution (2 of 2: Dealing with the boundaries)08:30
Definite Integrals by Substitution (2 of 2: Dealing with the boundaries)
1y5m ago
Definite Integrals by Substitution (1 of 2: Comparison to sigma notation)08:01
Definite Integrals by Substitution (1 of 2: Comparison to sigma notation)
1y5m ago
Solids of Revolution - Subtracting Volumes12:03
Solids of Revolution - Subtracting Volumes
1y5m ago
Reverse Chain Rule (3 of 3: By explicit substitution)08:01
Reverse Chain Rule (3 of 3: By explicit substitution)
1y5m ago
Reverse Chain Rule (2 of 3: Using a derivative to find a primitive)06:35
Reverse Chain Rule (2 of 3: Using a derivative to find a primitive)
1y5m ago
Reverse Chain Rule (1 of 3: Standard questions, "Differentiate » integrate" questions)06:47
Reverse Chain Rule (1 of 3: Standard questions, "Differentiate » integrate" questions)
1y5m ago
Intro to Solids of Revolution (3 of 3: Other axes, volume of a sphere)09:52
Intro to Solids of Revolution (3 of 3: Other axes, volume of a sphere)
1y5m ago
Intro to Solids of Revolution (2 of 3: Simple worked example)07:34
Intro to Solids of Revolution (2 of 3: Simple worked example)
1y5m ago
Intro to Solids of Revolution (1 of 3: Establishing the formula)08:32
Intro to Solids of Revolution (1 of 3: Establishing the formula)
1y5m ago
Eddie Woo on ABC National Wrap09:14
Eddie Woo on ABC National Wrap
1y5m ago
Area Between Two Curves - Example (2 of 2: Forming the integral)10:09
Area Between Two Curves - Example (2 of 2: Forming the integral)
1y5m ago
Area Between Two Curves - Example (1 of 2: Visualising the region)07:25
Area Between Two Curves - Example (1 of 2: Visualising the region)
1y5m ago
Evaluating Compound Areas (via integration)05:55
Evaluating Compound Areas (via integration)
1y6m ago
Indefinite Integrals (2 of 2: Example questions)08:33
Indefinite Integrals (2 of 2: Example questions)
1y6m ago
Indefinite Integrals (1 of 2: Compared to definite integrals)09:58
Indefinite Integrals (1 of 2: Compared to definite integrals)
1y6m ago
Challenging Max/Min Exam Question12:30
Challenging Max/Min Exam Question
1y6m ago
Australian Story 2018 Refresh: Channelling Mr. Woo²29:39
Australian Story 2018 Refresh: Channelling Mr. Woo²
1y6m ago
Properties of Definite Integrals (4 of 4: Piecemeal functions)03:57
Properties of Definite Integrals (4 of 4: Piecemeal functions)
1y6m ago
Properties of Definite Integrals (3 of 4: Addition)10:03
Properties of Definite Integrals (3 of 4: Addition)
1y6m ago
Properties of Definite Integrals (2 of 4: Dissection & direction)07:44
Properties of Definite Integrals (2 of 4: Dissection & direction)
1y6m ago
Properties of Definite Integrals (1 of 4: Sign & symmetry)09:33
Properties of Definite Integrals (1 of 4: Sign & symmetry)
1y6m ago
Understanding Integration (2 of 2: Signed area)12:22
Understanding Integration (2 of 2: Signed area)
1y6m ago
Understanding Integration (1 of 2: Different axes, methods of evaluating definite integrals)09:44
Understanding Integration (1 of 2: Different axes, methods of evaluating definite integrals)
1y6m ago
Eddie Woo on Studio 1010:13
Eddie Woo on Studio 10
1y6m ago
Introducing Integration (4 of 4: Concrete examples)09:24
Introducing Integration (4 of 4: Concrete examples)
1y6m ago
Introducing Integration (3 of 4: Notation)12:50
Introducing Integration (3 of 4: Notation)
1y6m ago
Introducing Integration (2 of 4: Considering velocity vs. time)06:38
Introducing Integration (2 of 4: Considering velocity vs. time)
1y6m ago
Introducing Integration (1 of 4: Considering displacement vs. time)11:14
Introducing Integration (1 of 4: Considering displacement vs. time)
1y6m ago
Remainder & Factor Theorem (2 of 2: How can we identify factors without dividing?)13:07
Remainder & Factor Theorem (2 of 2: How can we identify factors without dividing?)
1y6m ago
Remainder & Factor Theorem (1 of 2: How do we calculate remainders without dividing?)08:39
Remainder & Factor Theorem (1 of 2: How do we calculate remainders without dividing?)
1y6m ago
Eddie Woo on Alan Jones & Co12:36
Eddie Woo on Alan Jones & Co
1y6m ago
Similar Figures12:02
Similar Figures
1y6m ago
Polynomial Division (3 of 3: A useful shortcut - synthetic division)12:22
Polynomial Division (3 of 3: A useful shortcut - synthetic division)
1y6m ago
Polynomial Division (2 of 3: Understanding polynomial remainders)06:41
Polynomial Division (2 of 3: Understanding polynomial remainders)
1y6m ago
Polynomial Division (1 of 3: How do I deal with "missing" terms?)09:35
Polynomial Division (1 of 3: How do I deal with "missing" terms?)
1y6m ago
Eddie Woo on Australia Day (Channel 9 TODAY Show)05:20
Eddie Woo on Australia Day (Channel 9 TODAY Show)
1y6m ago
Formal Geometry Proofs (3 of 3: Completing the geometric proof)05:54
Formal Geometry Proofs (3 of 3: Completing the geometric proof)
1y6m ago
Formal Geometry Proofs (2 of 3: Investigating angles in triangles)07:26
Formal Geometry Proofs (2 of 3: Investigating angles in triangles)
1y6m ago
Formal Geometry Proofs (1 of 3: What does it mean to "prove" something?)05:20
Formal Geometry Proofs (1 of 3: What does it mean to "prove" something?)
1y6m ago
Y10 Review Questions (Quadratics and cosine rule)04:49
Y10 Review Questions (Quadratics and cosine rule)
1y6m ago
Eddie Woo on Australia Day (Channel 7 Sunrise)02:51
Eddie Woo on Australia Day (Channel 7 Sunrise)
1y6m ago
Polynomial Operations (2 of 2: Division)10:59
Polynomial Operations (2 of 2: Division)
1y6m ago
Polynomial Operations (1 of 2: Addition, subtraction, multiplication)06:15
Polynomial Operations (1 of 2: Addition, subtraction, multiplication)
1y7m ago
Quadrilateral Family Tree11:31
Quadrilateral Family Tree
1y7m ago