Канал: nuMARICal by: Gordana Perko-Maric

MCV4U - 7.5 Scalar and Vector Projection

MCV4U - 7.5 Scalar and Vector Projection

MCV4U - 7.4 Dot Product of Two Algebraic Vectors

MCV4U - 7.4 Dot Product of Two Algebraic Vectors

MBF3C - Quadratics part 1 Review

MBF3C - Quadratics part 1 Review

MCV4U - 7.7 applications

MCV4U - 7.7 applications

MCV unit 5 homework examples

MCV unit 5 homework examples

MCR3U -- 1.6 quadratic roots

MCR3U -- 1.6 quadratic roots

MCR3U -- 1.5 Solving Quadratic Equations

MCR3U -- 1.5 Solving Quadratic Equations

MCR3U -- 1.4 Working with Radicals

MCR3U -- 1.4 Working with Radicals

MCR3U -- 1.3 Maximum or Minimum of a Quadratic Function

MCR3U -- 1.3 Maximum or Minimum of a Quadratic Function

MCR3U -- 1.2 Functions and Function Notation

MCR3U -- 1.2 Functions and Function Notation

MCR3U -- 1.1 Functions Domain and Range Day 2

MCR3U -- 1.1 Functions Domain and Range Day 2

MCR3U -- 1.1 Functions Domain and Range Part 1

MCR3U -- 1.1 Functions Domain and Range Part 1

MDM - 6.3 Standard Deviation and z-Scores

MDM - 6.3 Standard Deviation and z-Scores

1D - 8.2 Area and Perimeter of Composite Figures

1D - 8.2 Area and Perimeter of Composite Figures

1D - 8.1 Applying the Pythagorean Theorem

1D - 8.1 Applying the Pythagorean Theorem

1D - 7.3 Angle Relationships in Polygons

1D - 7.3 Angle Relationships in Polygons

1D - 7.2 Angle Relationships in Quadrilaterals

1D - 7.2 Angle Relationships in Quadrilaterals

1D - 7.1 Angle Relationships in Triangles

1D - 7.1 Angle Relationships in Triangles

MDM4U - 6.2 Measures of Spread

MDM4U - 6.2 Measures of Spread

1D 6.7 Linear Systems

1D 6.7 Linear Systems

1D 6.6 Finding the Equation of a Line Given Two Points

1D 6.6 Finding the Equation of a Line Given Two Points

1D 6.5 Find the Equation of Line Given Slope and a Point

1D 6.5 Find the Equation of Line Given Slope and a Point

1D 6.4 Parallel and Perpendicular Lines

1D 6.4 Parallel and Perpendicular Lines

1D 6.3 Graph Using Intercepts

1D 6.3 Graph Using Intercepts

1D 6.2 The Equation of a Line- Standard Form

1D 6.2 The Equation of a Line- Standard Form

1D 6.1 The Equation of a Line - Slope Intercept Form

1D 6.1 The Equation of a Line - Slope Intercept Form

1D - 5.6 Connecting Variation-Slope-First Differences

1D - 5.6 Connecting Variation-Slope-First Differences

1D - 5.5 First Differences

1D - 5.5 First Differences

1D - 5.4 Slope as a Rate of Change

1D - 5.4 Slope as a Rate of Change

1D - 5.3 Slope

1D - 5.3 Slope

1D - 5.1 and 5.2 Direct and Partial Variation

1D - 5.1 and 5.2 Direct and Partial Variation

1D - 2.6 Distance Time Graphs

1D - 2.6 Distance Time Graphs

1D - 2.5 Linear and Non-Linear Relations

1D - 2.5 Linear and Non-Linear Relations

1D - 2.4 Trends - Interpolation - Extrapolation

1D - 2.4 Trends - Interpolation - Extrapolation

1D - 2.3 Use Scatterplots to Analyze Data

1D - 2.3 Use Scatterplots to Analyze Data

1D - 2.2 Sampling Techniques

1D - 2.2 Sampling Techniques

1D - 2.1 Hypothesis and Sources of Data

1D - 2.1 Hypothesis and Sources of Data

1D - 4.5 Modelling with Algebra

1D - 4.5 Modelling with Algebra

1D - 4.4 Modelling with Formulae

1D - 4.4 Modelling with Formulae

1D - 4.3 Solve Equations Involving Fractions

1D - 4.3 Solve Equations Involving Fractions

1D - 4.2 Solve Multi-Step Equations

1D - 4.2 Solve Multi-Step Equations

1D - 4.1 Solve Simple Equations

1D - 4.1 Solve Simple Equations

1D - 4.0.2 Multiplying a Binomial by a Binomial

1D - 4.0.2 Multiplying a Binomial by a Binomial

1D - 4.0.1 Common Factoring

1D - 4.0.1 Common Factoring

1D - 3.8 Multiplying and Dividing by Monomials

1D - 3.8 Multiplying and Dividing by Monomials

1D - 3.7 Distributive Property

1D - 3.7 Distributive Property

1D - 3.6 Add and Subtract Polynomials

1D - 3.6 Add and Subtract Polynomials

1D - 3.5 Collecting Like Terms

1D - 3.5 Collecting Like Terms

1D - 3.4 Communicate with Algebra

1D - 3.4 Communicate with Algebra

1D - 3.3 The Exponent Laws

1D - 3.3 The Exponent Laws

1D - 3.2 Work With Exponents

1D - 3.2 Work With Exponents

MCF3M -- 8.3 Present Value

MCF3M -- 8.3 Present Value

MCF3M -- 8.2 Compound Interest

MCF3M -- 8.2 Compound Interest

3M --8.1 Simple Interest

3M --8.1 Simple Interest

3M -- 7.6 and 7.7 Exponential Growth and Decay

3M -- 7.6 and 7.7 Exponential Growth and Decay

MDM4U -- 7.5 Connections to Discrete

MDM4U -- 7.5 Connections to Discrete

MDM4U -- 7.3. Applications of the Normal Distribution

MDM4U -- 7.3. Applications of the Normal Distribution

MDM4U -- 7.2 The Normal Distribution and z-scores

MDM4U -- 7.2 The Normal Distribution and z-scores

MDM4U -- 7.1 Continuous Random Variables

MDM4U -- 7.1 Continuous Random Variables

MDM4U -- 6.1 Measures of Central Tendency

MDM4U -- 6.1 Measures of Central Tendency

MCF3M -- 5.5 Solving Right Triangle Problems

MCF3M -- 5.5 Solving Right Triangle Problems

MCF3M -- 5.4 Cosine Law

MCF3M -- 5.4 Cosine Law

MCF3M -- 5.3 Sine Law

MCF3M -- 5.3 Sine Law

MCF3M -- 5.2 Solving Problems

MCF3M -- 5.2 Solving Problems

MCF3M -- 5.1 Trig Ratios

MCF3M -- 5.1 Trig Ratios

MDM4U -- 4.4 Hypergeometric Distributions

MDM4U -- 4.4 Hypergeometric Distributions

MDM4U -- 4.3 Binomial Distributions

MDM4U -- 4.3 Binomial Distributions

MDM4U -- 4.2 Uniform Distributions

MDM4U -- 4.2 Uniform Distributions

MDM4U -- 4.1 Probability Distributions

MDM4U -- 4.1 Probability Distributions

MCF3M -- 4.5 solve problems

MCF3M -- 4.5 solve problems

MCF3M -- 4.4 Nature of Roots

MCF3M -- 4.4 Nature of Roots

MCF3M -- 4.3 Quadratic Formula

MCF3M -- 4.3 Quadratic Formula

MCF3M -- 4.2 Completing the Square

MCF3M -- 4.2 Completing the Square

MCF3M -- 4.1 Vertex form of a Quadratic

MCF3M -- 4.1 Vertex form of a Quadratic

MCF3M -- 3.6 Quadratic Modelling

MCF3M -- 3.6 Quadratic Modelling

MCF3M --3.5 Solving Problems

MCF3M --3.5 Solving Problems

MCF3M -- 3.4 Solving by Factoring

MCF3M -- 3.4 Solving by Factoring

MCF3M -- 3.3 Solving Equations by Graphing

MCF3M -- 3.3 Solving Equations by Graphing

MDM4U - 3.5 Probabilities Using Combinations

MDM4U - 3.5 Probabilities Using Combinations

MDM4U - 3.4 Combinations and Pascal's Triangle

MDM4U - 3.4 Combinations and Pascal's Triangle

MDM4U - 3.2 Combinations

MDM4U - 3.2 Combinations

MDM4U - 3.1 Permutations with Non-Ordered Elements

MDM4U - 3.1 Permutations with Non-Ordered Elements

MDM4U - 3.3 Problem Solving and Combinations

MDM4U - 3.3 Problem Solving and Combinations

MCF3M--3.2 Standard and Factored forms

MCF3M--3.2 Standard and Factored forms

MCF3M - 2.5 factoring special cases

MCF3M - 2.5 factoring special cases

MCF3M - 2.4 Factoring Complex Trinomials

MCF3M - 2.4 Factoring Complex Trinomials

MCF3M - 2.3 factoring simple trinomials

MCF3M - 2.3 factoring simple trinomials

MDM4U - 2.5 Probability Problems Using Permutations

MDM4U - 2.5 Probability Problems Using Permutations

MDM4U - 2.4 The Rule of Sum

MDM4U - 2.4 The Rule of Sum

MDM4U - 2.3 Permutations and Factorials

MDM4U - 2.3 Permutations and Factorials

MCF3M -- 2.2 Common Factor

MCF3M -- 2.2 Common Factor

MCF3M -- 2.1 working with quadratic expressions

MCF3M -- 2.1 working with quadratic expressions

MDM4U - 2.1 Organized Counting

MDM4U - 2.1 Organized Counting

MDM4U - 2.2 The Fundamental Counting Principle

MDM4U - 2.2 The Fundamental Counting Principle

MCF3M --1.5 - 1.7 graphing quadratics

MCF3M --1.5 - 1.7 graphing quadratics

MCF3M-- 1.2 Comparing Rates of Change

MCF3M-- 1.2 Comparing Rates of Change

MDM4U - 1.5 Independent and Dependent Events

MDM4U - 1.5 Independent and Dependent Events

MDM4U - 1.4 Mutually Exclusive and Non-Exclusive

MDM4U - 1.4 Mutually Exclusive and Non-Exclusive

MDM4U - 1.3 ASSIGNMENT Comparing

MDM4U - 1.3 ASSIGNMENT Comparing

MDM4U - 1.2 Theoretical Probability

MDM4U - 1.2 Theoretical Probability

MCF3M and MCR3U 1.1 Function Notation Day 3 plus solutions part 2

MCF3M and MCR3U 1.1 Function Notation Day 3 plus solutions part 2

MCF3M and MCR3U 1.1 Function Notation Day 3 plus handout solutions part 1

MCF3M and MCR3U 1.1 Function Notation Day 3 plus handout solutions part 1

MCF3M and MCR3U 1.1 Functions, Domain and Range day 2

MCF3M and MCR3U 1.1 Functions, Domain and Range day 2

MDM4U - 1.1 Simple Probability

MDM4U - 1.1 Simple Probability

MCR3U0 - 4.2 Coterminal Angles part 1

MCR3U0 - 4.2 Coterminal Angles part 1

MCV 7.3 Dot Product

MCV 7.3 Dot Product

MCV 7.1 and 7.2 Vector Application

MCV 7.1 and 7.2 Vector Application

MCV 7.6 The Cross Product (new)

MCV 7.6 The Cross Product (new)

MCF3M 7.1 Exponent Laws

MCF3M 7.1 Exponent Laws

MCV 2.1 derivatives

MCV 2.1 derivatives

MCV 2.2 Derivative Rules

MCV 2.2 Derivative Rules

MCV 2.3 Product Rule

MCV 2.3 Product Rule

MCV homework 2.1 #17 and #20

MCV homework 2.1 #17 and #20

MCV 2.3 Product Rule part 2

MCV 2.3 Product Rule part 2

MCV 2.5 Chain Rule part 1

MCV 2.5 Chain Rule part 1

MCV 2.4 Quotient Rule

MCV 2.4 Quotient Rule

MCV 2.5 Chain Rule part 2

MCV 2.5 Chain Rule part 2

MCV 3.3 and 3.4 Optimization Problems part 3

MCV 3.3 and 3.4 Optimization Problems part 3

MCV 4.1 Increasing and Decreasing Functions

MCV 4.1 Increasing and Decreasing Functions

MCV 6.2 Addition of Vectors part 2

MCV 6.2 Addition of Vectors part 2

MCV 6.2 Addition of Vectors part 1

MCV 6.2 Addition of Vectors part 1

MCV 6.1 Lesson

MCV 6.1 Lesson

MCV Unit 5 Lesson 8 Optimization Problems

MCV Unit 5 Lesson 8 Optimization Problems

MCV Unit 5 Lesson 3 part 2

MCV Unit 5 Lesson 3 part 2

MCV Unit 5 Lesson 4

MCV Unit 5 Lesson 4

MCV Lesson 6 Derivative of sin and cos part 2

MCV Lesson 6 Derivative of sin and cos part 2

MCV Lesson 7 Derivative of tan

MCV Lesson 7 Derivative of tan

MCV Unit 5 Lesson 3 part 1

MCV Unit 5 Lesson 3 part 1

MCV Unit 5 Lesson 2 - Derivatives of e^x

MCV Unit 5 Lesson 2 - Derivatives of e^x

MCV lesson 3 part 2

MCV lesson 3 part 2

MCV Lesson 6 Derivative of sin and cos part 1

MCV Lesson 6 Derivative of sin and cos part 1

MCV Unit 5 Lesson 1-- implicit differentiation

MCV Unit 5 Lesson 1-- implicit differentiation

MCV 4.4 Concavity and Second derivative test

MCV 4.4 Concavity and Second derivative test

MCV unit 5 lesson 5 general log derivative

MCV unit 5 lesson 5 general log derivative

MCV 4.3 Asymptote part 2

MCV 4.3 Asymptote part 2

MCV 4.3 Asymptote part 1

MCV 4.3 Asymptote part 1

MCV 4.2 Maximum and Minimum part 2

MCV 4.2 Maximum and Minimum part 2

mcv 4.2 Maximum and Minimum part 1

mcv 4.2 Maximum and Minimum part 1

MCV 6.3 Multiplying a Vector by a Scalar part 1

MCV 6.3 Multiplying a Vector by a Scalar part 1

MCV 6.3 Multiplying a Vector by a Scalar part 2

MCV 6.3 Multiplying a Vector by a Scalar part 2

MCV 6.4 Properties of Vectors

MCV 6.4 Properties of Vectors

MCV 6.5 Vectors in R2 and R3 part 1

MCV 6.5 Vectors in R2 and R3 part 1

MCV 6.7 Vector Operation in R3

MCV 6.7 Vector Operation in R3

MCV 6.5 Vectors in R2 and R3 part 2

MCV 6.5 Vectors in R2 and R3 part 2

MCV 6.8 Linear Combinations and Spanning Sets part 2

MCV 6.8 Linear Combinations and Spanning Sets part 2

MCV 6.8 Linear Combinations and Spanning Sets part 1

MCV 6.8 Linear Combinations and Spanning Sets part 1

MCF3M and MCR3U 1.1 Set and Interval Notation handout lesson day 1

MCF3M and MCR3U 1.1 Set and Interval Notation handout lesson day 1

MCV 6.6 Vectors in Two Space

MCV 6.6 Vectors in Two Space

MCR 3.2 decay and negative exponents part 2

MCR 3.2 decay and negative exponents part 2

MCR3U 5.1 Modelling Periodic Behaviour

MCR3U 5.1 Modelling Periodic Behaviour

MCR3U 5.2 The Sine Function and the Cosine Function

MCR3U 5.2 The Sine Function and the Cosine Function

MCR3U 4.2 Coterminal Angles part 2

MCR3U 4.2 Coterminal Angles part 2

MCR3U 5.3 Sine Transformations part 1

MCR3U 5.3 Sine Transformations part 1

MCR3U 5.3 sine transformations part 2

MCR3U 5.3 sine transformations part 2

MCR3U 5.3 Transformations part 1

MCR3U 5.3 Transformations part 1

MCR3U 5.3 Transformations part 2

MCR3U 5.3 Transformations part 2

MCR3U 7.2 Compound Interest

MCR3U 7.2 Compound Interest

MCR3U 7.1 Simple Interest

MCR3U 7.1 Simple Interest

MCR 3U 7.3 Present Value

MCR 3U 7.3 Present Value

MCR3U 7.5 Present Value of an Annuity

MCR3U 7.5 Present Value of an Annuity

MCR3U 7.4 Amount of an Annuity

MCR3U 7.4 Amount of an Annuity

MCV 1.2 slope of a tangent part 3

MCV 1.2 slope of a tangent part 3

MCV 1.5 Limit Properties-new part 1

MCV 1.5 Limit Properties-new part 1

MCV 1.4 and 1.6 Limit of a Function part 1

MCV 1.4 and 1.6 Limit of a Function part 1

MCV 1.3 Rates of Change

MCV 1.3 Rates of Change

MCV 1.5 Limit Properties-new part 2

MCV 1.5 Limit Properties-new part 2

MCV 1.4 and 1.6 Limit of a Function part 2

MCV 1.4 and 1.6 Limit of a Function part 2

MCV 1.2 slope of a tangent part 1

MCV 1.2 slope of a tangent part 1

MCV 1.2 slope of a tangent part 2

MCV 1.2 slope of a tangent part 2

MCV 1.1 simplifying radical expressions

MCV 1.1 simplifying radical expressions

MCR3U 6.6 and 6.7 Arithmetic and Geometric Series

MCR3U 6.6 and 6.7 Arithmetic and Geometric Series

MCR3U 6.5 Geometric Sequences

MCR3U 6.5 Geometric Sequences

MCR3U 6.4 Arithmetic Sequences

MCR3U 6.4 Arithmetic Sequences

MCR3U 6.3 Pascal's Triangle part 1

MCR3U 6.3 Pascal's Triangle part 1

MCR3U 6.3 Pascal's Triangle part 2

MCR3U 6.3 Pascal's Triangle part 2

MCR3U 6.2 Recursion formulas

MCR3U 6.2 Recursion formulas

MCR3U - 6.1 definitions and terms- Sequences and Terms

MCR3U - 6.1 definitions and terms- Sequences and Terms

MCR3U -- 5.5 and 5.6 Modelling Periodic Function

MCR3U -- 5.5 and 5.6 Modelling Periodic Function

MCR3U -- 5.4 Graphing and Modelling Sine and Cosine

MCR3U -- 5.4 Graphing and Modelling Sine and Cosine

MCR3U -- 5.3 Transformation of Sine and Cosine

MCR3U -- 5.3 Transformation of Sine and Cosine

MCR3U -- 5.2 The Sine and Cosine Function Graphs

MCR3U -- 5.2 The Sine and Cosine Function Graphs

MCR3U -- 5.1 Periodic Modelling

MCR3U -- 5.1 Periodic Modelling

MCR3U - 4.3 Reciprocal Trig Ratios

MCR3U - 4.3 Reciprocal Trig Ratios

MCR3U - 4.6 Trig identities part 2

MCR3U - 4.6 Trig identities part 2

MCR 3U - 4.6 Trig Identities part 1

MCR 3U - 4.6 Trig Identities part 1

MCR3U - 4.5 problems in 3D (3u)

MCR3U - 4.5 problems in 3D (3u)

MCR3U0--4.4 Problems in two dimensions (3u) part 1

MCR3U0--4.4 Problems in two dimensions (3u) part 1

MCR3U0-- 4.4 problems in two dimensions part 2

MCR3U0-- 4.4 problems in two dimensions part 2

MCR3U0 --4.1 Special Angles part 2 (3u)

MCR3U0 --4.1 Special Angles part 2 (3u)

MCR3U0 --4.1 Special Angles part 1 (3u)

MCR3U0 --4.1 Special Angles part 1 (3u)

MCR3U -- 2.7 Inverse of a Function

MCR3U -- 2.7 Inverse of a Function

MCR3U -- 2.6 Combinations of Transformations

MCR3U -- 2.6 Combinations of Transformations

MCR3U -- 2.3 Parent Functions

MCR3U -- 2.3 Parent Functions

MCR3U -- 2.2 Operations With Rational Expressions II

MCR3U -- 2.2 Operations With Rational Expressions II

MCR3U -- 2.2 Operations With Rational Expressions I

MCR3U -- 2.2 Operations With Rational Expressions I

MCR3U -- 2.1 Rational Expression part 2

MCR3U -- 2.1 Rational Expression part 2

MCR3U -- 2.1 Rational Expressions I

MCR3U -- 2.1 Rational Expressions I

MCR3U -- 3.6 Making Connections

MCR3U -- 3.6 Making Connections

MCR3U -- 3.5 exponential transformations

MCR3U -- 3.5 exponential transformations

MCR3U -- 3.4 properties of exponential functions

MCR3U -- 3.4 properties of exponential functions