Канал: ElliottMath

Using Transformations to Graph Sinusodial Functions

Using Transformations to Graph Sinusodial Functions

The Special Triangles (30, 45 and 60 degrees)

The Special Triangles (30, 45 and 60 degrees)

Solving Exponential Equations using a Common Base

Solving Exponential Equations using a Common Base

Power Rule Lesson

Power Rule Lesson

MTH1W - Area and Perimeter Problems

MTH1W - Area and Perimeter Problems

Factoring General Trinomials

Factoring General Trinomials

Finding Maximum and Minimum Values for a Trigonometric Function

Finding Maximum and Minimum Values for a Trigonometric Function

Derivative Applications - Position, Velocity, Acceleration and other Applications.

Derivative Applications - Position, Velocity, Acceleration and other Applications.

Intersection of Lines in 3-Space

Intersection of Lines in 3-Space

The Product Rule (and "Power of a Function" Rule).

The Product Rule (and "Power of a Function" Rule).

Properties of the Cross product

Properties of the Cross product

The Cross Product

The Cross Product

Vector Projections

Vector Projections

Properties of the Dot Product

Properties of the Dot Product

The Dot Product

The Dot Product

Vector Operations with Algebraic Vectors

Vector Operations with Algebraic Vectors

Algebraic Vectors

Algebraic Vectors

The Derivative Function

The Derivative Function

Applying Trigonometric Formulae to Solve Problems

Applying Trigonometric Formulae to Solve Problems

Vectors - forces, velocity and tension.

Vectors - forces, velocity and tension.

Evaluating Limits

Evaluating Limits

Properties of Vector Addition and Scalar Multiplication

Properties of Vector Addition and Scalar Multiplication

Vector Addition and Subtraction

Vector Addition and Subtraction

Calculus Introduction - The Slope of a Tangent Line

Calculus Introduction - The Slope of a Tangent Line

Introduction to Vectors

Introduction to Vectors

Using Trigonometric Ratios (SOH CAH TOA) to find missing sides in right triangles.

Using Trigonometric Ratios (SOH CAH TOA) to find missing sides in right triangles.

Working with Percent

Working with Percent

Rate of Change: Exploring Tangents and Secants

Rate of Change: Exploring Tangents and Secants

Solving Rational Inequalities

Solving Rational Inequalities

Solving Rational Equations

Solving Rational Equations

Using Partial Fractions to Sketch Rational Functions

Using Partial Fractions to Sketch Rational Functions

Sketching Rational Functions of the From y = (ax+b)/(cx+d)

Sketching Rational Functions of the From y = (ax+b)/(cx+d)

Graphing a Sum of Functions

Graphing a Sum of Functions

Using Division to Determine the End Behaviour Asymptotes of Rational Functions

Using Division to Determine the End Behaviour Asymptotes of Rational Functions

RRSPs and Saving for Retirement

RRSPs and Saving for Retirement

Present Value Annuities: Using the TVM Solver

Present Value Annuities: Using the TVM Solver

Annuities: The Present Value Formula

Annuities: The Present Value Formula

Using a TVM Solver to solve problems involving savings

Using a TVM Solver to solve problems involving savings

Working with the Future Value Formula

Working with the Future Value Formula

Introduction to Annuities and the Future Value Formula

Introduction to Annuities and the Future Value Formula

Reviewing the Compound Interest Formula

Reviewing the Compound Interest Formula

Solving Trigonometric Equations (Part 2 - more difficult)

Solving Trigonometric Equations (Part 2 - more difficult)

Solving (Simple) Trigonometric Equations

Solving (Simple) Trigonometric Equations

Proving Trigonometric Identities

Proving Trigonometric Identities

Trigonometry: Double Angle Identities

Trigonometry: Double Angle Identities

The Sum and Difference Identities in Trigonometry

The Sum and Difference Identities in Trigonometry

Working with Vertex Form

Working with Vertex Form

MCF3M - Working with Quadratic Expressions & Equations

MCF3M - Working with Quadratic Expressions & Equations

MDM4U - Hypothesis Testing

MDM4U - Hypothesis Testing

MCV4U - Logarithmic Differentiation

MCV4U - Logarithmic Differentiation

MCV4U: Introduction to Euler's Number (e) and the Natural Logarithm

MCV4U: Introduction to Euler's Number (e) and the Natural Logarithm

MDM4U - Binomial Probability Distributions & Normal Approximations

MDM4U - Binomial Probability Distributions & Normal Approximations

MCF3M - A loan as an annuity.

MCF3M - A loan as an annuity.

MCF3M - Annuities: The Present Value Formula

MCF3M - Annuities: The Present Value Formula

MDM4U - Probability Distributions.

MDM4U - Probability Distributions.

MDM4U - Pascal's Triangle and the Binomial Theorem

MDM4U - Pascal's Triangle and the Binomial Theorem

The Intersection of 3 Planes

The Intersection of 3 Planes

MCF3M - Introduction to Annuities

MCF3M - Introduction to Annuities

MCV4U: The intersection of a line and plane and the intersection of 2 planes

MCV4U: The intersection of a line and plane and the intersection of 2 planes

MCF3M - The Compound Interest Formula

MCF3M - The Compound Interest Formula

MCF3M - Simple and Compound Interest

MCF3M - Simple and Compound Interest

MDM4U - Interesting Probability Problems and a "Special" Probability Question

MDM4U - Interesting Probability Problems and a "Special" Probability Question

MCV4U - Equations of Planes

MCV4U - Equations of Planes

MDM4U - Reviewing Counting Methods and Probability

MDM4U - Reviewing Counting Methods and Probability

MCV4U - Symmetric and Scalar Equations of Lines - Lesson 2.2

MCV4U - Symmetric and Scalar Equations of Lines - Lesson 2.2

MDM4U - Introduction to Combinations - Unit 5, Lesson 3

MDM4U - Introduction to Combinations - Unit 5, Lesson 3

MCV4U: Lines and Planes Lesson 1 - Vector and Parametric Equations of Lines

MCV4U: Lines and Planes Lesson 1 - Vector and Parametric Equations of Lines

Unit 5, Lesson 2 - homework question #6

Unit 5, Lesson 2 - homework question #6

MDM4U - More Permutations

MDM4U - More Permutations

MDM4U - Introduction to Counting Methods and Permutations

MDM4U - Introduction to Counting Methods and Permutations

MCF3M - Exploring Exponential Growth & Decay

MCF3M - Exploring Exponential Growth & Decay

MCV4U - Optimization

MCV4U - Optimization

MCV4U - Implicit Differentiation

MCV4U - Implicit Differentiation

Lesson 3 - Rational Exponents

Lesson 3 - Rational Exponents

MCV4U - The Chain Rule

MCV4U - The Chain Rule

MDM4U - Unit 4, Lesson 4 - Conditional Probability

MDM4U - Unit 4, Lesson 4 - Conditional Probability

MDM4U - Unit 4, Lesson 3 - reviewing some probability concepts

MDM4U - Unit 4, Lesson 3 - reviewing some probability concepts

MCF3M - Unit 4, Lesson 2 - Integer Exponents

MCF3M - Unit 4, Lesson 2 - Integer Exponents

MCF3M : Unit 4, Lesson 1 - The Basic Exponent Laws

MCF3M : Unit 4, Lesson 1 - The Basic Exponent Laws

MDM4U: Homework "take up" text page 247 #6, 9

MDM4U: Homework "take up" text page 247 #6, 9

MDM4U - Probability - Independent Events and Tree Diagrams

MDM4U - Probability - Independent Events and Tree Diagrams

MDM4U: Unit 4, Lesson 1 - Intro. to Probability & Set Theory

MDM4U: Unit 4, Lesson 1 - Intro. to Probability & Set Theory

MCV4U - An Algorithm for Curve Sketching

MCV4U - An Algorithm for Curve Sketching

The Second Derivative

The Second Derivative

MCF3M: Lesson 2 - Finding equations of sinusoidal functions.

MCF3M: Lesson 2 - Finding equations of sinusoidal functions.

MCF3M: Lesson 1 - Graphing Sinusoidal Functions

MCF3M: Lesson 1 - Graphing Sinusoidal Functions

MDM4U: Lesson 1 Review of z-scores

MDM4U: Lesson 1 Review of z-scores

MCF3M - Welcome!

MCF3M - Welcome!

MCV4U - Welcome!

MCV4U - Welcome!

MDM4U - Welcome!

MDM4U - Welcome!

Creating an Online Lesson using Smart Recorder

Creating an Online Lesson using Smart Recorder