

Richmond Hill High School Mr. Choi’s Web Page Semester 2 (20172018) 


MATH EXTRA HELPS (Room 2026) Monday – Thursday 3:40pm
– 4:30pm 



Office hours: Room 2021 (Periods
1 & 4) 







·
Math review worksheets: ReviewReviewReview (All grades) ·
3D Plots (MCV4U) ·
Desmos Graphing Tool (All grades) ·
Misconceptions of
Inverse Article (MHF4U) ·
TI83 Online Calculator (MCR3U, MHF4U, MCV4U, AP Calculus) 
·
ProofofDerivativerules (MCV4U) ·
Proof of Dot
Product (MCV4U) ·
Proof of Cross
Product (MCV4U) ·
Proof of Some
Reduction Formulas (AP Calculus) 
·
Trig Formulas (MCR3U, MHF4U, MCV4U, AP Calculus) ·
More Trig Formulas
with Proofs (MHF4U,
MCV4U, AP Calculus ) ·
Exponential &
Logarithmic Formula Sheet (MHF4U, MCV4U, AP Calculus) ·
Integrations Rules (AP Calculus) 



Mr. Choi 
Period
2 
Period 3 
Period
5 



CLASSES 
Grade 12 AP Calculus
(AB/BC) & Vectors 
Grade 11 University Math
Enriched (PreAP) 
Grade 10 Academic Math Course Pack (PDF) 

MCV4UE01 
MCR3U604 
MPM2D112 

Rm: 2008 
Rm: 2008 
Rm: 2007 

MARKS
(Click it!) TeachAssist 





AP
Calculus AB/BC 
Grade
11 Math Enriched (Pre
 AP Level) 
Grade
10 Academic Math 

*********************** ·
Test
4 : Mar 29: (Chapter 7) ·
Test
3 : Mar 20: (Chapters 5  6) ·
Quiz 5: Mar 7: Chapter 6 ·
Quiz 4: Feb 26: Chapter 5 ·
Test 2 : Feb 20:
(Chapter 4) ·
Quiz 3: Feb 13 Word Problems (Semester 2) ·
Test 1 : Jan 22:
(Chapters 1 – 3) ·
Quiz 2: Jan 12: Derivatives ·
Quiz 1: Dec 19: Chapters 1 & 2 (New date) 
·
Test
2: April 4: (Chapter 2) (Grade
11 items only) ·
Quiz 6:Mar 27: Transformation of functions ·
Quiz 5:Mar 22: Adf items
(Yellows) Polynomials ·
Test
1: Mar 7: (Grade 11 items only) ·
Quiz 4: Mar
2: Adf
items (Yellows) & Rationals ·
Quiz 3: Feb
23: Quadratics Word Problems ·
Quiz 2: Feb 20:
Radicals to Quadratics (No word Problems) (No Complex numbers) ·
Quiz 1: Feb 12:
Order of Operations to Algebra including factoring (30 min) 
·
Test
3: TBD ·
Quiz 7:
TBD: Quadratic Relations to word problems ·
Quiz 6: Apr
11: Algebra (Simplify and Factor) ·
Test
2: Mar 26 ·
Quiz 5: Mar 21: Analytical Geometry problems ·
Quiz 4: Mar 6: Up to Circumcenter ·
Test
1: Feb 28: Linear Systems ·
Quiz 3: Feb 22: Linear systems word Problems ·
Quiz 2: Feb 20:
Solving equations to Set up of Word Problems ·
Quiz 1: Feb 13:
Day 1 to Slope and Relations 










Apr 11 (OSSLT) 
(Wed) 
AP (BC Lesson) 9.1 Power Series LG: We are going to review the
concepts of series and will be introduce the McLaurin’s series concepts
which related to improper integrations. P.481 #137 
Exponential Functions LG:
We are going to learn the properties and characteristics of exponential
functions T: P. 185
#19,10a,11,12 Exponential Functions day
2 (Transformations) LG:
We are going to learn the properties and characteristics of exponential
functions T: P. 195
#16e,o), 7,8,10,11,20, 2325 Lesson
Handout: 
Finite Differences (to determine linear, quadratic, including y=2^{x}) Finite
Differences Investigation (CP) LG: We are going
to be introduced quadratic relations. P254 #2, 4,
13, 14 Lesson Handout: Quiz 6 

Apr 10 
(Tue) 
OSSLT 



Apr 9 
(Mon) 
AP Prep work period AP (BC Lesson) 8.4 Improper Integrals (Day 2) LG: We are going to deal with
infinite limits of integrations, infinite discontinuities and some improper
integrations. P.467 #142 
UNIT 3: Exponential Functions Rational Exponents LG: We are going to learn the Rational Exponents and their
applications T: P. 175 #17,1214,18, 19 McGraw Hill – Mathematics 11 HW: P.9 #,7,9,12,13 & P. 16 46,9 Lesson Handout: 
Solving Quadratic Equations By Factoring Day 1 LG: We are going
to be introduced solving quadratic equations by factoring. CP: Solving
Quadratic Equations CP: Solving
Quadratics by Factoring Lesson Handout: Solving
Quadratic Equations by Factoring 

Apr 6 
(Fri) 
AP (BC Lesson) 8.4 Improper Integrals (Day 1) LG: We are going to deal with
infinite limits of integrations, infinite discontinuities and some improper
integrations. P.467 #142 
Reciprocal of a Quadratic
Function LG: We are going to determine the key features of the
graphs of rational functions that are the reciprocals of quadratic functions
and make connections between their algebraic and graphical representations. 
Work Period Mixed Factoring LG: We are going
to work on mixed factoring Some Mixed
Factoring Mixed
Factoring Factor Like
a Pro Lesson Handout: 

Apr 5 
(Thu) 
AP (BC Lesson) 8.3 Relative Rates of Growth LG: We are going to use the L’Hopital rule to apply to rate of change problems
and compare growth rates P.457 #138 
Reciprocal of Polynomial Functions (Overview) LG: We are going to determine the key features of the
graphs of rational functions that are the reciprocals of polynomial
functions. Worksheets (All) Lesson Handout: Reciprocal
of Polynomial Functions (Overview)

Factoring a difference of squares LG: We are going
to be introduced factoring a difference of perfect squares. CP:
Difference of Perfect Squares #1—4 Text: P. 307 #4, 7 Lesson Handout: Factoring
Difference of Squares 

Apr 4 
(Wed) 
AP (BC
Lesson) 8.2 L’Hopital Rule (Part 2) LG:
We are going to use the L’Hopital rule
to deal with some indeterminate form we seen before. Test 4 return 
Test 2 
Factoring NonSimple (Difficult) trinomials (Day 2) LG: We are going
to be introduced factoring nonsimple trinomials. CP: Factoring NonSimple Trinomials #112 Text: P.307
#5,6 Lesson Handout: Factoring
NonSimple Trinomials day 2 

Apr 3 
(Tue) 
AP (BC
Lesson) 8.2 L’Hopital Rule LG:
We are going to use the L’Hopital rule
to deal with some indeterminate form we seen before. P. 450 #126,
2952 
Reciprocal of a Linear
Function LG: We are going to determine the key features of the
graphs of rational functions that are the reciprocals of linear functions and
make connections between their algebraic and graphical representations. 
Factoring NonSimple (Difficult) trinomials, LG: We are going to
be introduced factoring nonsimple trinomials. CP: Factoring NonSimple Trinomials #112 Text: P.307
#5,6 Lesson Handout: 

Apr 2 (Easter Monday) 
(Mon) 




Mar 30 (Good Friday) 
(Fri) 




Mar 29 
(Thu) 
Test 4 
Test Review Chapter 2 review questions Inverse
of a function LG: We are going to learn how to apply akpq
concepts to determine the inverse of a function. P. 138
#1ac, 2b,3,4ac,5ac,6ac,7ac,8, 11b,12 Lesson Handout: McGraw Hill – Mathematics 11 HW: P. 215 #2,58,13,14 
Factoring simple trinomials, LG: We are
going to be introduced factoring simple trinomials. CP: Factoring Simple Trinomials #67 Text: P.
307 #2,3 Work Period Factoring Trinomials 

Mar 28 
(Wed) 
Work Period (Review for test) 
Domain
& Range of Advanced Functions LG: We are going to learn how to determine the domain and
range of functions or relations & introduction to radical functions HW: Domain and Range of Advanced Functions Work period (Take
up questions) Lesson Handout: Domain
and Range of Advanced Functions Quiz 6
return 
Factoring simple trinomials, LG: We are
going to be introduced factoring simple trinomials. CP: Factoring Simple Trinomials #15 Lesson Handout: 

Mar 27 
(Tue) 
AP (BC
Lesson) 8.1 Sequences LG:
We are going to learn how to define a sequence and graph the sequence P. 441 #144 
Domain
& Range of Functions LG: We are going to learn how to determine the domain and
range of functions or relations & introduction to radical functions HW: Domain and Range of Functions Lesson Handout: McGraw Hill – Mathematics 11 HW: P. 189 #3 Quiz 6 
Common factoring and Factoring by Grouping LG: We are going to
be introduced the common factoring techniques and the factoring by grouping
techniques. CP: Common
Factors & Factoring by Grouping P. 230 #5,6 P. 245 #9 Lesson Handout: Common
Factors & Factoring by Grouping 

Mar 26 
(Mon) 
7.5 Applications
of Science and Statistics LG:
We are going to learn how to apply the unit concepts toward work
problems. P. 425 #1 – 25 Lesson Handout: 
Functions and Transformations 2 LG: We are going to learn how to apply AKPQ concepts to
transform a function HW: Functions and Transformations Lesson Handout: McGraw Hill
– Mathematics 11 HW: P. 229 #3,11,12 Quiz 5
return 
Test 2 – Analytic Geometry 

Mar 23 
(Fri) 
7.4 Surface area
& length of curves LG:
We are going to learn how to determine the surface area of revolutions
and length of curves P. 416 #1 – 28 Test 3 return Lesson Handout: 
Functions and Transformations LG: We are going to learn how to apply AKPQ concepts to
transform a function Text:
P. 129 #2cf,3ac,4bd,5,7,10 Lesson Handout: McGraw Hill – Mathematics 11 HW: P. 229 #3,4,6,1012 
Review CP: Chapter 2 Review Unit 2 Review
(Update version) Same as last day 

Mar 22 
(Thu) 
7.3 Volume (Disk
Method and Shell Method) LG:
We are going to learn how to determine the volume of the solid. P. 406 #135 Lesson Handout: 
Stretches of a function 2 LG:
We are going to learn how to apply stretches to the functions T: 119122
#14,6,7,10,11,18 Lesson Handout: Quiz 5 
Review CP: Chapter
2 Review Unit 2 Review (Update
version)
Product of Binomials and Polynomials LG: We are going
to be introduced the distributive properties. CP: Product of Binomials and Polynomials P. 297 # 1
– 4, 7,17,18 Quiz 5 return Lesson Handout: Product
of Binomials and Polynomials Product
of Binomials and Polynomials (PPS) 

Mar 21 
(Wed) 
7.2 Areas
in the plane LG:
We are going to learn how to determine the area under the curve and
between curves. P. 395 #143 Lesson Handout: 
Stretches of a function 1 LG:
We are going to learn how to apply stretches to the functions HW: Stretches
and Reflections Lesson Handout: McGraw Hill – Mathematics 11 HW: P. 229 #3,6,8,10 
Expand and Collect LG: We are going to
review the distributive properties in the algebraic expressions CP: Expand and Collect (all) Lesson Handout: Expand
and Collect (PPS) Quiz 5 

Mar 20 
(Tue) 
Test 3 – Chapters 5 
6 
Reflections LG:
We are going to learn how to do Reflections to the functions T: P.110 #15,9,11,13,14,18 Lesson Handout: McGraw Hill – Mathematics 11 HW: P. 203 #2,3,5,7,9,14 
Exponent Laws (Negative exponents) Use
patterning to discuss zero and negative exponents Appendix: More Exponent Laws (Hardcore!!) LG: We are going
to review more exponent laws Exponent
Laws 3 (odd letters) P228
#6—9 Lesson Handout: Exponent
Laws 2 (PPS) Review: Exponent
Laws (Work Period) LG: We are going
to review the exponent laws 

Mar 19 
(Mon) 
Work Period (Review for test) 
Translations LG:
We are going to learn how to do translations to the functions HW: Translations of Functions T: P101  102
#29, 1014,16,18,19 Lesson Handout: McGraw Hill – Mathematics 11 HW: P. 189 #2,3,5,7 
UNIT 3: Algebra and Quadratic Models Review: Exponent
Laws LG: We are going
to review the exponent laws Exponent
Laws Exponent
Laws 1 & 2 Unit Outline: Unit
3 Outline and Lesson Plan Lesson Handout: Exponent
Laws 1 (PPS) 

Mar 12  16 

March
Break (Mar 12 – Mar 16) 

Mar 9 
(Fri) 
Work period 
Solving Polynomial
Equations & Inequalities LG: We are going to learn how to solve polynomial
equations, in which some of them involve with factor theorem concepts. Do the
exercises on the CEMC Advanced Functions website for Solving
Polynomial Equations. Do the
exercises on the CEMC Advanced Functions website for Solving
Polynomial Inequalities. 
Unit Review Chapter 2
Review P. 205 #1 – 23 CP: Chapter
2 Review Lesson Handout: 

Mar 8 
(Thu) 
Chapter 7 7.1 Integral as net change LG: We are going to learn how to determine
the net changes of an integral based on the initial conditions given in the
question. P. 386 #127 Lesson Handout: 
Equation of Polynomial
Functions in Factored Form LG: We are going to learn how to solve polynomial
equation given they are in factored form. Watch the lessons on the CEMC Advanced Functions website for Equations of
Polynomial Functions in Factored Form. 
Analytic Geometry – Word Problems 2 Work
Period Read P. 192
Example 3 Read P. 200
Examples 1  2 P196 #22 P203
#3—7, 10, 11 Review Chapter 2
Review P. 205 #1 – 23 CP: Chapter
2 Review Lesson Handout: Analytic
Geometry – Word Problems 2 Analytic
Geometry Problems 2 (PPS) Lesson Handout: Quiz 4 return Binder
check 

Mar 7 
(Wed) 
Quiz 5 
Test 1 
Analytic Geometry – Word Problems LG: We are going to
continue to review the Cartesian triangle and also some terms related to the
quadrilaterals P182 #2, 3,
5 —10 #11odd, 13, 17a, 18, 20 Lesson Handout: Analytic
Geometry – Word Problems Analytic
Geometry Problems 1 (PPS) 

Mar 6 
(Tue) 
6.4  Exponential Growth and Decay LG: We are going to review the natural
exponential growth and decay concepts P. 357 #21 – 43 6.5 Logistic Growth LG: We are going to learn logistic
equation and logistic differential equations. P. 369 #31 – 36 Lesson Handout: 
Graphs of Polynomial
Functions LG: We are going to learn how to graph polynomial functions Do the exercises on the CEMC
Advanced Functions website for Graphs of
Polynomial Functions in Factored Form. 
Quiz 4 

Mar 5 
(Mon) 
6.4  6.5 Separable Differential Equations
& Partial Factoring learn how to use partial factoring technique to
break down fractions prior to the antiderivatives. P. 369
#122 Lesson Handout: Separate
Diff Eqn & Partial Fractions 
Polynomial Functions LG: We are going to learn how to graph polynomial
functions Do the
exercises on the CEMC Advanced Functions website for Introduction
to Polynomial Functions. Watch the
lessons on the CEMC Advanced Functions website for Transformations
of Simple Polynomial Functions. Watch the
lessons on the CEMC Advanced Functions website for Characteristics
of Polynomial Functions. 
Altitude and Orthocenter LG: We are going to be
introduced the altitude and orthocenter P. 194 #3, 4, 6,
13, 17 CP: Orthocentre Bring
your Geometry Set this week Lesson Handout: Altitude
and Orthocenter (PPS) 

Mar 2 
(Fri) 
Trig.
Substitutions LG: We are going to learn the
Trig related integrations that required the trig. Identities and some
substitution techniques. WS: Trig. substitutions. Odd # Lesson Handout: 
Review
for Unit test 1 McGraw Hill – Mathematics 11 P. 154 Text
book Review Chapter 2 Quiz 4 
Perpendicular Bisector and Circumcentre LG: We are going to
learn how to determine perpendicular bisector and the circumcentre. P.173 # 4, 5,
12, 15,18 P.194 #3,10,14, 16 CP: Circumcentre Bring
your Geometry Set this week Lesson
Handout: Perpendicular
Bisector and Circumcentre Perpendicular
Bisector and Circumcentre (PPS) 

Mar 1 
(Thu) 
Trig. Integrals LG:
We are going to learn the Trig related integrations that required the
trig. Identities and some substitution techniques. WS: Trig.
Integrals. Odd # Lesson Handout: 
Rational
Word Problems 2 LG:
We are going to learn how to set up the rational expressions to deal with
word problems HW:
Rational Word Problems 2. Work period Lesson Handout: Sum
and Product of roots to Quadratics (Under
Quadratic units) LG:
We are going to learn the relationship between the sum and product of the
roots to quadratics HW: Roots of Quadratics Lesson Handout: Sum
and Product of Roots to Quadratics Worksheet 
Medians and Centroid LG: We are going to be introduced
the medians and centroid concepts P173 #2, #4,
13,14 P. 194 #1, 8,
12, 18 CP: Centroid
#14 Lesson Handout: Median
and Centroid (PPS) 

Feb 28 
(Wed) 
6.3 Antiderivatives by Parts (30 min) LG: We are going to learn how
to take the antiderivatives by breaking them into parts P. 346 #1 
34 Lesson Handout: 6.3
Antidifferentiation by Parts 6.3
Antidifferentiation by Parts (Soln) Quiz 4 return 
Rational
Word Problems LG:
We are going to learn how to set up the rational expressions to deal with
word problems Lesson Handout: HW:
Rational Word Problems 1 
Test 1 – Linear
Systems 

Feb 27 
(Tue) 
6.2 Antidifferentiaion
by Substitution LG: We are going to learn hoe
to take the antiderivatives by substitutions P. 337 #166 Lesson Handout: 6.2
Antidifferentiation by Substitution 6.2
Antidifferentiation by Substitution (Soln) 
Adding & Subtracting
Rational Expressions HW: T(2.2):
#8,9,11,12,14,17,19 Lesson Handout: Adding
and Subtracting Rational Expressions McGraw Hill – Mathematics 11 HW: P. 67 #2,3,5,7,8,10,11 LG:
We are going to learn how to add and subtract rational expressions. 6 Basic graphs HW: Exploring Properties of Parent Functions 
Geometric Activities LG: We are going to
learn how to determine centroid, circumcenter, orthocenter
of a triangle using the compass, protractor and other measuring equipments. CP: Properties of a Triangle. (Activities 1 – 5) Require: Protractor class set, ruler, compass
(optional) Lesson Handout: 

Feb 26 
(Mon) 
Quiz 4 
UNIT 2 Simplify Rational
Expressions Multiply and Divide
Rational Expressions LG:
We are going to learn how to simplify, multiply and divide rational
expressions. HW: T(2.2): #1 – 6 Lesson
Handout: McGraw Hill – Mathematics 11 HW: P. 40 #1,36, 9,15 & P. 50 #4,68,11,13
(every other) Quiz 3 return 
The Equation of a Circle, _{} LG: We are going to
learn how to determine the equation of a circle with center the origin. WS: Equation of Circle P. 156 #8 – 12 Remind students to bring Protractor class set, ruler,
compass for next few classes Lesson Handout: The
Equation of Circle (PPS) Remind students to bring Protractor class set, ruler,
compass for next few classes 


There are many ways of
going forward, but only one way of standing still. Franklin D. Roosevelt 

Feb 23 
(Fri) 
Chapter 6 6.1
Slope Field and Euler’s Method LG: We are going to learn how
to create the slope field of the functions and/or relations and also being
introduced to the Euler’s method P. 327
#152 Lesson Handout: 6.1
Slope Field and Euler’s Method 6.1
Slope Field and Euler’s Method (Soln) 
Factor theorem Extended LG: We are going to extend the factor theorem to factor
higher degree nonsimple polynomials Watch the
lessons on the CEMC Advanced Functions website for Methods of
Factoring Polynomials. Quiz 3: Quadratic Word Problems 
Review for Test 1 Summary of Solving Systems P. 119 –
131 #124 CP: Linear
Systems Review Lesson Handout: Linear Systems Review P51
#10, 14 P62 #14, 16 P71 #13 P83 #8, 12 P94 #18 Quiz 3 return Quiz 2 return Remind students to bring Protractor class set, ruler,
compass for next few classes 

Feb 22 
(Thu) 
Chapter 5 Review P. 315 5.5 Trapezoidal Rule
& Simpson’s Rule LG: We are going to learn the
Trapezoidal and Simpson’s Rule P.312
#218,2326 Lesson Handout: 
Factor theorem LG: We are going to
learn how to factor higher degree simple polynomials using the factor theorem
and its related concepts. Do the
exercises on the CEMC Advanced Functions website for Factoring
Polynomials Using the Factor Theorem. 
Distance on the Plane LG: We are going to
learn how to find the distance on the plane P151 #2, 3, 6—11, 14 P162 #2(af), 3, 4, 5, 8, 11 Lesson Handout: Distance
on the Plane (PPS) Quiz 3 

Feb 21 
(Wed) 
5.4 Fundamental Theorem
of Calculus LG: We are going to learn the
fundamental theorems 1 and 2 P. 302 #150 Lesson Handout: 5.4
Fundamental Theorem of Calculus 
MHF materials Divisions of Polynomials
& Remainder Theorem LG: We are going to
learn division of polynomials and remainder theorem Do the exercises on the CEMC Advanced Functions website for Division of
Polynomials. Watch the lessons on the CEMC Advanced Functions website for The Remainder
and Factor Theorems. 
Unit 2: Analytic Geometry Properties of Triangles & Quadrilaterals (Review) LG: We are going to be
introduced the analytical geometric shapes and terms. Read P. 33 &
38. Make Summary notes P. 34 #1  4 P. 39 #1, 2, 4, 5, 6 Read P. 36. Make
Summary notes P. 37 #1, 2, 3, 4, 6, 7 CP: Cartesian
Triangles  A Summary Unit Outline: Unit
2 Outline and Lesson Plan Lesson Handout: Properties
of Triangles & Quadrilaterals Properties
of Triangles & Quadrilaterals (PPS) 

Feb 20 
(Tue) 
Test 2 
Quadratic
Problems (Roots) LG:
We are going to review how to do quadratic related word problems which the
roots are the solutions HW: Quadratic Word Problems (Roots) Lesson Handout: McGraw Hill – Mathematics 11 P. 129 #3,5,7,9,12 Quiz 2: Radicals to Quadratics (No word Problems) 
Work period and take up questions CP Solving Systems – Word Problems (#125) Lesson Handout: Quiz 2 

Feb 19 (Family Day) 
(Mon) 





He who talks without
thinking runs more risks than he who thinks without talking. M.K. Gandhi 

Feb
16 CNY 
(Fri) 
Work
period to 5.3 Review
for Test 2 Quiz 3 return 
Intersection
of Linear & Nonlinear Relations LG:
Intersection of linear and Nonlinear relations HW: Intersection
of Linear and NonLinear Relations (All) T(1.7): P. 67
#1,3,5bc,10,11,13 McGraw Hill – Mathematics 11 P. 684
#1,2,3,6 Lesson Handout: Intersection
of Linear and Nonlinear Relations AP extra fun work sheet: 
Word Problems with Linear Systems 2 LG: We are going to
continue to learn how to set up the system of equations for the word problems
and then solve it. CP. Word Problems with Linear Systems 2 P62 #15 P93 #13, 14, 17,
25 P103 #14 –
18, 23, 24 Lesson Handout: Word Problems with
Linear Systems 2 Word
Problems with Linear Systems 2 (PPS) 

Feb 15 
(Thu) 
5.3 Definite Integrals & Antiderivatives LG: We are going to learn the antiderivative concepts P. 290 #17,1315,1935 Lesson Handout: 5.3
Definite Integrals and Antiderivatives 
Quadratic
Problems (Max & Min) (Vertex) LG:
We are going to review how to do quadratic related word problems which the
vertices are the solutions. HW: Quadratic (Max & Min) Problems Quadratic (Max & Min) Problems Day 2 T(1.3): P. 31 – 32 #6, 911, 13,14 McGraw Hill – Mathematics 11 P. 116
#5,9,10,12,14,19,21 Lesson Handout: 
Word Problems with Linear Systems 1 LG: We are going to
learn how to set up the system of equations for the word problems and then
solve it. CP. Word Problems with Linear Systems 1 Lesson Handout: Word Problems with
Linear Systems 1 Word
Problems with Linear Systems 1 (PPS) Quiz 1 return 

Feb 14 
(Wed) 
5.2 Riemann Sums and Definite Integrals LG: We are going to learn how to use Riemann Sum to find
the area under curve and introduction to Integrations. P. 282 #140 Lesson Handout: 5.2
Riemann Sums and Definite Integrals 
Family
Functions Graphing
Quadratic Functions (All types) LG:
We are going to learn the family functions of quadratics HW: T(1.6) P. 57
#1a,3a,5a,6ac, 8, 11b T(1.5): P. 49
#1,3,11c, 13b, 16 Lesson Handout: 
Creating a System of Equations LG: We are going to learn
how to modelling with linear equations and solve them to find the solution. Diagnostic Test P51 #7—24 CP: Creating A
System of Equations Lesson Handout: Creating a System of
Equations Creating
a System of Equations (PPS) 

Feb 13 
(Tue) 
5.1 Estimating with
Finite Sums HW: Read handout P. 270 #14,912,17,20 LG: We are going to learn how to use finite sums and sigmas concepts to estimate area under curves Quiz 3 
Review
of Quadratic Equations (All types) LG: We are going to review how to
determine the vertices from quadratic equations by factoring, completing the
square and by formula. HW: Review Quadratics (All types) T(1.3): P. 31
#13 McGraw Hill – Mathematics 11 P. 115 #13 P. 128
#2,811,16,20,23 Lesson Handout: Review
of Quadratic (All types) Quiz 1 return 
Solving Systems of Equations by Elimination LG: We are going to
learn how to solve the system of equations by eliminations. P102 #7—10, 22, 24 CP: Introduction
to Elimination CP: Solving
Systems by Elimination Lesson Handout: Solving Linear Systems
by Elimination Solving
Linear Systems by Elimination (PPS) Quiz 1 

Feb 12 
(Mon) 
Chapter 5 5.1 Estimating with Finite Sums & Related Rates Work period/Review P. 251 #135 Lesson Handout: 
Solving
Quadratic Equations (By Factoring) LG:
We are going to review quadratic equations by factoring, completing the
square and by formula along with the sketching techniques. HW: P. 58: Solving Quadratic equations (by factoring) T(1.5): P. 49 #1, 11 Lesson Handout: Solving
Quadratic Equations by Factoring Quiz 1: Order of Operations to Algebra Reviews

Solving Systems of Equations by Substitution or Comparison LG: We are going to
learn how to solve the system of equations by substitutions or comparison. P92 #1ac, 2ac,
4ac, 5, 7ace, 8ace 9 11, 21 CP: Solving
Systems by Substitution (Odd) CP: Solving
Systems by Substitution or Comparison (Odd) Lesson Handout: Solving Linear Systems
by Substitution & Comparison Solving
Linear Systems by Substitution & Comparison (PPS) 


We make our decisions,
and then our decisions turn around and make us. R.W. Boreham 

Feb 9 
(Fri) 
4.5 Linearization and Newton’s Method P. 242 #17,913,1933,3740,4654 LG: We are going to learn Newton’s method and
Linearization Lesson Handout: 4.5
Linearization & Newton’s Method 4.5
Linearization & Newton’s Method (Soln) 
Functions, Relations, Domain and
Range (Part 1) from graphs LG:
We are going to learn the definitions of relations and functions and the
domain and range of them when the functions and relations are given in graph
form or order pair form. HW:
Functions & Relations, Domain & Range by Graph (All) T(1.1): P. 1215 #15,7,1518 T(1.2): P. 2224 #1,5,15 McGraw Hill – Mathematics 11 P. 178 #1,412 Lesson Handout: Functions
– Domain and Range by Graph 
Solving Linear Systems by Graph LG: We are going to learn
how to solve the linear systems by graphing them and check. P60 #4,
7—9, 1214 CP: Determining
Points of Intersection Graphically Lesson Handout: Solving Linear Systems
by Graph Solving
Linear Systems by Graph (PPS) 

Feb 8 
(Thu) 
Word Problems Work Period Optimizations work period P. 226 All Lesson Handout: 4.4b
Optimization (Trig) (Soln) 4.4c
Optimization (Exp & Log) (Soln) 4.6b
Related Rates (Trig) (Soln) Extra word problems 
Factoring – Mixed review (All) Lesson Handout: Radicals system LG:
We are going to learn the radicals and the complex number system. HW:
Radicals system (All) T(1.4): P. 39  40
#18 (Every others), 9, 13,16a McGraw Hill – Mathematics 11 P. 104 #14, Complex Number system LG:
We are going to learn an extension of the radical system; the complex number
system which lead to Imaginary roots. HW:
Complex Numbers system: #1  9 Lesson Handout: McGraw Hill – Mathematics 11 139 #27 Lesson Handout: 
Slope and Linear Relations (Review) LG: We are going to review the how to find slope, and
the linear relationship concepts P26 #1odd, 2ac, 4odd, 5odd, 6 P28 #1—6 CP: Review Linear Relations (Odd or All if no text book
given out yet) Power Point slides of last week
lessons are up. Please use them
wisely for your references. Lesson Handout: Slope
and Linear Relations (PPS) 

Feb 7 
(Wed) 
4.6 Related Rates 2 LG:
We are going to learn rate of change to displacements Cal & Vec: P. 569
#1ce,2,811,18,19,21 Lesson
Handout: 
Review of Factoring 2:
(Grouping and Trinomials) HW:
Review of Factoring 2 (All) LG:
We are going to review the factoring techniques (Simple & NonSimple
trinomials) Lesson Handout: TEXT Book (Please write
down your name and record the text book number) 
Solving First Degree Equations (Review) LG: We are going to review the concepts solving first
degree equations by isolating the variable to make the statement true. HW: Solving First Degree
Equations #16 Lesson Handout: Solving First Degree
Equations 

Feb 6 
(Tue) 
4.6 Related Rates 1 LG:
We are going to learn rate of change to measurements Cal
& Vec: P. 569 #1ab, 37,1217,20 Lesson Handout: 
Review of Algebra:
Distributive Properties HW: A Review of Algebra (All) McGraw Hill – Mathematics 11 P. 29 #1,2,810
(Every other) LG:
We are going to review the distributive properties and Common factoring and
factoring trinomials techniques Lesson Handout: Review of Factoring 1:
(CF. Grouping & Diff of Sq.) HW:
Review of Factoring 1 (All) LG:
We are going to review the Common factoring and factoring by grouping and
Diff of Sq. techniques Lesson Handout: 
Algebraic Expressions (Review) LG: We are going to review the concepts simplifying
algebraic expressions by grouping the like terms. HW: Algebraic Expressions
(All) Lesson Handout: Algebraic
Expressions (PPS) 

Feb 5 
(Mon) 
4.4 Optimizations 2 HW: P. 145 #15,16 P. 151 #1,4,69,11ab,12,14 LG: We are going to learn how to optimize a relation
that involves with displacement. Test 1 return 
UNIT 1 Course Outline,
Expectations Order of Operations
Review HW: Order of Operations #1  5 LG:
We are going to talk about the course expectations and objectives Lesson Handout: Exponent Laws Review HW: Exponent
Laws Review (All) LG:
We are going to review the exponent laws and their applications Lesson Handout: 
Unit 1: Linear Systems and Analytic Geometry 1a: Numeracy (Review) LG: We are going to review the concepts of integers,
fractions and their related operations. Unit Outline: Unit 1
Outline and Lesson Plan Lesson Handout: Day
1 Power Point (PPS)
Numeracy
review (PPS) 

Feb 2 (PD Day) No School 
(Fri) 






Semester
2 

Jan 24 
(Wed) 
Work Period 



Jan 23 
(Tue) 
4.4 Optimizations 1 HW: Cal & Vec: P.145
#1,35,79,11,1314,20,21 LG: We are going to learn how to optimize a relation
that involves with measurements. Review for test Extra Related
Rates Handout Lesson Handout: 



Jan 22 
(Mon) 
Test 1: 



Jan 19 
(Fri) 
4.3 Connecting f’
and f’’ P. 215 #130,3338,47 Cal & Vec (Optional) P. 205 #2,4,811 LG:
We are going to learn the relationships between f’ and f’’ toward
a function Lesson Handout: 



Jan 18 
(Thu) 
4.2 Mean Value Theorem P. 202 #113,1538,43 LG: We are going
to learn the Mean value Theorem and an introduction of Antiderivatives Lesson Handout: 



Jan 17 
(Wed) 
Work Period Study for Test 



Jan 16 
(Tue) 
Chapter 4 4.1 Extreme Values of Functions P. 193 #230,3541 Cal & Vec
(Optional) P. 169 #1,3,5,7,8
P. 178 #5,79,11,15 P. 233 #12 P.
245 #2,12 P. 256 #6,7,11 P. 260 #5  7 LG: We are going
to learn the first derivative Lesson Handout: 4.1
Extreme Values of Functions 4.1
Extreme Values of Functions (Soln) Quiz 2 return 



Jan 15 
(Mon) 
Quiz 2 



Jan 12 
(Fri) 
3.9 Derivative of Exponential & Logarithmic Functions
2 (Logarithmic Differentiations) P. 178 #142, 51, 53 LG: We are going to learn how to take the derivatives of
Exp and Log functions and also the
logarithmic differentiation techniques. Cal & Vec
P. 582 #19,12,13 Lesson
Handout: 3.9b
Logarithmic Differentiations 3.9b
Logarithmic Differentiations (Soln) 



Jan 11 
(Thu) 
Work Period 



Jan 10 
(Wed) 
3.9 Derivative of Exponential & Logarithmic Functions 1 P. 178 #142, 51, 53 