Due: Thursday, April 12

From the OXFORD textbook, Exercise 10L on p535, work through Q2-3 and from Exercise 10M on p537, work through Q1-3 and from Exercise 10N on p538, Q1-4 (the pdf of the Oxford textbook is in our shared google folder, in the Options Textbooks folder)

To REVIEW our lesson on Normal Probability Distributions, watch these videos: VIDEO #1 - Introduction to the Normal Distribution from jbstatistics as well as VIDEO #2 - Normal Distribution from how2stats.

To REVIEW our past lessons on Probability Distributions of Continuous Random Variables, watch these videos: VIDEO #1 - Introduction to the Continuous Probability Distribution from jbstatistics as well as VIDEO #2 - Deriving the Mean and Variance of a Continuous Probability Distribution from jbstatistics as well as VIDEO #3 - Probability Density Functions from patrickjmt

Due: Wednesday, Mar 28

From the OXFORD textbook, Exercise 10I on p525, work through Q2-3 and from Exercise 10J on p527, work through Q1-5 (the pdf of the Oxford textbook is in our shared google folder, in the Options Textbooks folder)

To REVIEW our past lessons on Probability Distributions of Continuous Random Variables, watch these videos: VIDEO #1 - Introduction to the Continuous Probability Distribution from jbstatistics as well as VIDEO #2 - Deriving the Mean and Variance of a Continuous Probability Distribution from jbstatistics as well as VIDEO #3 - Probability Density Functions from patrickjmt

To PREVIEW our next lesson on Normal Probability Distributions, watch these videos: VIDEO #1 - Introduction to the Normal Distribution from jbstatistics as well as VIDEO #2 - Normal Distribution from how2stats.

Due: Monday, Mar 26

From the OXFORD textbook, Exercise 10I on p525, work through Q2-3 and from Exercise 10J on p527, work through Q1-5 (the pdf of the Oxford textbook is in our shared google folder, in the Options Textbooks folder)

To PREVIEW our next lesson on Normal Probability Distributions, watch these videos: VIDEO #1 - Introduction to the Normal Distribution from jbstatistics as well as VIDEO #2 - Normal Distribution from how2stats.

Due: Sunday, Mar 18

From Cirrito, Ex 16.2 on p527, do some from Q11,14-18 to practice DRVs

From Cirrito, Ex 16.3 on p534, do some from Q1-14 to practice with binomial distributions

To PREVIEW our next lesson on Poisson Probability Distributions, watch these videos: VIDEO #1 - Introduction to Poisson Distributions from jbstatistics as well as VIDEO #2 - The Poisson Distribution from Ox educ.

Due: Tuesday, Mar 13

From Cirrito, Ex 16.2 on p527, do some from Q11,14-18 to practice DRVs

From Cirrito, Ex 16.3 on p534, do some from Q1-14 to practice with binomial distributions

To REVIEW our next lesson on Binomial Probability Distributions, watch these videos: VIDEO #1 - Introduction to Binomial Distributions from jbstatistics as well as VIDEO #2 - The Binomial Distribution from Patrickjmt. I also HIGHLY recommend you watch this video from jbstatistics dealing with the recognition of whether or not an event is "binomial" in the first place ....

Due: Sunday, Mar 11

From Cirrito, Ex 16.2 on p527, do some from Q1,4,7,8,10,16,17

To PREVIEW our next lesson on Binomial Probability Distributions, watch these videos: VIDEO #1 - Introduction to Binomial Distributions from jbstatistics as well as VIDEO #2 - The Binomial Distribution from Patrickjmt. I also HIGHLY recommend you watch this video from jbstatistics dealing with the recognition of whether or not an event is "binomial" in the first place ....

Due: Tuesday, Mar 6

From Cirrito, Ex 15.5 on p511, do some from Q10-16, practicing combinatorics and probability and then on Cirrito, Ex 15.4 on p508, do some from Q5-10, practicing with Baye's Theorem

To REVIEW our intro to Discrete Random Variables, watch these videos: VIDEO #1 - Introducing DRVs from jbstatistics as well as VIDEO #2 - on Expected Value and Variance of DRVs also from jbstatistics

Due: Sunday, Mar 4

From the Oxford textbook, Chap 6M work through some Qs from Q7 - 15

To REVIEW our work with Bayes' Theorem, watch these videos:

Due: Wednesday, Feb 28

From Cirrito, 3rd ed, you should be able to rework (recall you were asked to look at these over the summer) these questions from:

(1) Exercise 15.2 on pages 496-8

(2) Exercise 15.3 on pages 503-5 (conditional probability)

(3) Exercise 15.5 on pages 511-3 (probability with permutations & conbinations)

If you want some NEW exercises, use the Oxford textbook, Chap 6 as we did in class today:

(1) Exercise 6J on p 315 (Q3-10) as well as Exercise 6K on p320 (Q4 - 10) as well as Exercise 6L on p325 (Q1 - 6)

To PREVIEW our work with Bayes' Theorem, watch these videos:

Due: Tuesday, Feb 20

From the Oxford textbook, work through some of the Chapter 11 Review questions

Due: Wednesday, Feb 14

From Cirrito, Ex 27.3.2, p984, Q1,4 and Ex 27.3.3, p986, Q1,2,3

Here are some extra practice questions for Lines and Planes from the Geometry and Discrete Math textbook, Chapter 7 and Chapter 8 Review questions

To review the distances calculations, review the following videos on Distances in Space: VIDEO #1 - Point to Line from Mathispower4u and VIDEO #2 - Point to Plane also from Mathispower4u. If you prefer the ExamSolutions videos, VIDEO #3 - Point to Line from ExamSolutions and VIDEO #4 also from ExamSolutions

Due: Thursday, Feb 8

To prepare for Thursday's class, please preview the following videos on Distances in Space: VIDEO #1 - Point to Line from Mathispower4u and VIDEO #2 - Point to Plane also from Mathispower4u. If you prefer the ExamSolutions videos, VIDEO #3 - Point to Line from ExamSolutions and VIDEO #4 also from ExamSolutions

Due: Tuesday, Feb 6

From Cirrito, p974, Ex 27.2.1, Q1c,3,4 and then from Ex 27.2.2 on p978, Q1c,3b,4c,5c,6b

SKILLS REVIEW Videos on Equations of Planes: VIDEO #1 from ExamSolutions and VIDEO #2 also from ExamSolutions

Due: Sunday, Feb 4

From Cirrito, p960, Ex 26.7.2, any from Q13 - 23

Preview BOTH of the following videos in order to prepare for Sunday's class on Equations of Planes: VIDEO #1 from ExamSolutions and VIDEO #2 from AlRichards314

Due: Wednesday, Jan 31

From Cirrito, p951, Ex 26.7.1, any from Q11 - 17 and from p958, Ex 26.7.2, any from Q1-7

Due: Monday, Jan 29

Watch the following videos dealing with the Vector Equation of a line in space ==> VIDEO #1 from ExamSolutions and then here is VIDEO #2 from rootmath

To help prepare for our discussion of Vector Equations of Lines and to make sense of the videos, please go to the following GEOGEBRA links and PLAY!!!! ==> Geogebra LINK #1 and here is Geogebra LINK #2

Due: Wednesday, Jan 24

From Cirrito, 3rd ed, work through Exercise 27.1.2 on page 968, some Qs from each of Q5-11 and from Exercise 27.1.2 on page 970, do some from Q2,3,4

Due: Monday, Jan 22

PART 1 of HW: From Cirrito, 3rd ed, work through Exercise 26.6 on page 940-2, some Qs from each of Q3-10

PART 2 of HW: Preview this video on the Vector (Cross) Product from Better Explained and here is a second video on Cross Product from 3Blue1Brown

Due: Thursday, Jan 18

PART 1 of HW: Practice Questions from HM12 Geometry and Discrete Math textbook, Chap 6.4 on Vector Proofs in Geometry. Work through some of Q1-7,11,12a,14,15,16

PART 2 of HW: Preview this video on the Scalar Product from Better Explained

Due: Tuesday, Jan 16

Here are a few videos showing examples of how to work through proofs using geometric vectors

VIDEO #1 from Understanding Maths

VIDEO #2 also from Understanding Maths

Practice Questions from HM12 Geometry and Discrete Math textbook, Chap 6.4 on Vector Proofs in Geometry. Work through some of Q1-7,11,12a,14,15,16

here are 5 practice problems (online) complete with links to solutions

Due: Monday, Dec 11

Practice a few more proofs from Cirrito textbook, Ex 25.3 on p908, do a few summations from Q9,10,11 and then from Ex 27.3.4 on p988 do some from Q4,6,7,8

Please watch this video showing the NEW idea of matrices and systems: NEW concept VIDEO - using matrices from Khan Academy.

Due: Thursday, Dec 7

Practice a few more proofs from Cirrito textbook, Ex 12.1 on p430, do a few summations from Q1 and then from Ex 12.2 on p432 do some divisibility & inequalities from Q1

In Thursday's class, we will solve systems of equations - but with three variables!!!

A skills review video from AoPS

BUT here are some videos showing some NEW ideas:

and then "new" concept VIDEO #2 from Brightstorm and then a "new concept" VIDEO #3 from ValenciaMathJoel and finally NEW concept VIDEO #4 - using matrices from Khan Academy.

Due: Tuesday, Dec 5

From Cirrito textbook, Ex 12.1 on p430, do a few summations from Q1 and then from Ex 12.2 on p432 do some divisibility & inequalities from Q1

In Tuesday's class, we will continue with Proof by Induction, so here are some new videos showing examples of proof by induction:

VIDEO #5 from patrickjmt and then VIDEO #6 from Eddie Woo

Due: Sunday, Dec 3

From Cirrito textbook, Ex 4.1.2 on p102, so a few from Q1,2 and then some from Q8 - 15

In Sunday's class, we will continue with Proof by Induction, so here are some new videos showing examples of proof by induction:

VIDEO #3 from patrickjmt and then VIDEO #4 from iitutor.com

Due: Sunday, Nov 26

From Cirrito textbook, Ex11.3 on p410, so a few from Q8-10 and 12-14 and to work with roots of complex numbers, work in Cirrito, Ex 11.4.3, p424, Q5,6,9,10

To practice with the exponential form of complex numbers, from this document, start on page 78 (Section 3.10) and then try some questions from Q1-6 on p80.

To prepare for Monday's class, here are some videos introducing the idea of proof by induction:

VIDEO #1 from mathispower4u and then VIDEO #2 from Spoonful of Maths

Due: Tuesday, Nov 21

Here are some videos on powers of complex numbers and on roots of complex numbers: VIDEO #1 from Patrickjmt and then VIDEO #2 from mathispower4u. You should then practice a bit in the Cirrito textbook, Ex11.3 on p410, so a few from Q8-10

To prepare for Tuesday's class, here are some videos introducing the Exponential Form of Complex Numbers and Euler's formula/identity:

VIDEO #1 from Better Explained and then VIDEO #2 from Mathologer and then VIDEO #3 from Mark Newman

Due: Sunday, Nov 19

As introduced/reviewed at the beginning of the period, here are several examples of questions involving the use of Taylor Series to solve differential equations ==> VIDEO #1 and here is VIDEO #2 and here is VIDEO #3

To continue practicing with complex numbers, from the Cirrito Text; Ex 11.2, p400, Q3,4,8,11,19,20 do some AS NEEDED. Also, from Ex 11.3, p410, do some from 2,3,5,7,13,14

Due: Wednesday, Nov 15

From the Cirrito Text; Ex 11.1, p389, Q1-5 are basic operations, so do some AS NEEDED. Do some from Q6,9,11,12,13,4,17,18,20,21 which are much more interesting!!!! Also, from Ex 11.4.2, p418, do some from 4,5,6,11,13

Please make sure you have watched this intro video on Complex Numbers from Better Explained. ToK question ==> do numbers have "dimension"? Watch this clip about Flatland (Edwin Abbott's book)

To continue our TOK ideas ==> do numbers exist in the first place?

Due: Thursday, Nov 9

From the Oxford text, Ex 5G, p160, Q4-7 and from Ex 5H, p169, Q1bd,2,3

To PREVIEW for our discussion on complex numbers, READ this children's story about Betty & John's Journey into Complex Numbers

Watch this intro video on Complex Numbers from Better Explained. ToK question ==> do numbers have "dimension"? Watch this clip about Flatland (Edwin Abbott's book)

Here are some videos from AoPS to watch about complex numbers: VIDEO #1 - What are Complex Numbers? and/or VIDEO #2 - Multiplying Complex Numbers and VIDEO #3 - Dividing Complex Numbers

Due: Thursday, Nov 9

From the Oxford text, Ex 5F, p155, some from Q1 and 3

To PREVIEW for our discussion on the error involved in Taylor and MacLaurin polynomials, watch ==> from mathispower4u: VIDEO 1 and from patrickjmt: VIDEO 2 and from Khan Academy, here is VIDEO 3 which tries to EXPLAIN the concept

Due: Tuesday, Nov 7

From the Oxford text, Ex 5D, on p146, some from Q1bd,2,3

From the Cirrito text, Ex 4.1, p131, some from Q4,5,7

To REVIEW, some of you should re-watch some of the following videos that will show/explain examples:

From mathispower4u ==> VIDEO 1 and/or VIDEO 2 and/or VIDEO 3

From patrickjmt ==> VIDEO 1 and/or VIDEO 2

Due: Sunday, Nov 5

To PREPARE for Sunday's lesson on Working with Taylor and MacLaurin Series, the following videos will show/explain examples:

From mathispower4u ==> VIDEO 1 and/or VIDEO 2 and/or VIDEO 3

From patrickjmt ==> VIDEO 1 and/or VIDEO 2

Due: Sunday, Oct 29

(1) Start in Oxford Calculus Options textbook, Exercise 5A and 5B on pages 135 and 138, try some from each section

(2) From the Cirrito Calculus Options textbook, Exercise 3.3 on page 100, try some questions that are different than the Oxford text

To PREPARE for Monday's lesson on Taylor and MacLaurin Series, the following videos will explain and develop the idea (rather than showing the "formula"): VIDEO 1 from Khan Academy, VIDEO #2 from MGL Math and VIDEO #3 from slcmath

Due: Monday, Oct 23

Watch some/all of the following videos on Power Series:

(1) to REVIEW what we discussed in class (geometric series, graphs & simple power series) ==> VIDEO #1 and then VIDEO #2 and then VIDEO #3, all from slcmath

(2) For EXAMPLES to watch/practice: VIDEO #1 and VIDEO #2 from mathispower4u

(3) For EXAMPLES to watch/practice: VIDEO #1 and VIDEO #2 from patrickjmt

Due: Thursday, Oct 19

From the Oxford Calculus Options textbook, try some of the Review Exercises from Chapter 4 on pages 127 - 130. Use Wolframalpha/Symbolab to check your solutions. If you have questions, post them on the FB page

Due: Tuesday, Oct 17

From the Cirrito Calculus Options textbook, Exercise 3.1 on page 86, try Q1a,2a,4a,5,6 and from Exercise 3.2 on page 87-88, Q1-5,10,11

Due: Sunday, Oct 15

Continue practicing from:

(1) Cirrito Calculus Options textbook, Exercise 2.1 on page 69-70, try some from Q6-9 & then try most of 10-16

(2) Oxford Calculus Options textbook, Exercise 4D, 4F, 4G, 4H on pages 114 - 120, try some from each section for specific methods

Here is where we are eventually going: from this copy of the Stewart Calculus Textbook, work through figuring out WITH TEST to use and then practice using it ....

Here are some videos I want you to watch before Sunday's lesson on Absolute and Conditional Convergence ==> VIDEO #1 from Patrickjmt, VIDEO #2 from mathispower4u and VIDEO #3 from KristaKingMath

Due: Tuesday, Oct 3

For the next two weeks, we will be practicing from:

(1) Cirrito Calculus Options textbook, Exercise 2.1 on page 69-70, try some from Q6-9 & then try most of 10-16

(2) Oxford Calculus Options textbook, Exercise 4D, 4F, 4G, 4H on pages 114 - 120, try some from each section for specific methods

For tonight's HW practice, try a few of the Integral Test for Convergence Qs. We will "play with" the Comparison and Ratio Tests next class

Due: Sunday, Oct 1

To practice with Infinite Series from the Oxford Calculus Options textbook, Exercise 4A on page 103, try some from Q1,2,3

Watch these videos to review and prep for next class: VIDEO #1 from mathispower4u as a review of basics concepts behind Infinite Series and then VIDEO #2 from patrickjmt and then VIDEO #3 from mathispower4u which introduce the Limit Comparison Test

Due: Wednesday, Sep 27

Your best bet for preparing for the Quiz is to practice Qs from the Cirrito text, p17, p25, p39/40 and p47/48. Focus on being able to DO & PERFORM the skills

To practice TYPE II improper integrals, From the Cirrito Calculus Options textbook, Exercise 1.4 on p47, try some from Q3,4,7,11,18/19

Watch this VIDEO from patrickjmt for help with Q18/19 - Comparison Test

Due: Monday, Sep 25

From the Cirrito Calculus Options textbook, Exercise 1.4 on p47, try some from Q1,5,6,8,9,10 and you MUST do Q18

Preview the following videos on Improper Integrals in preparation for our second day with Improper Integrals: VIDEO #1 from Mr Betz Calculus and VIDEO #2 from slcmath and VIDEO #3 from patrickjmt

Due: Wednesday, Sep 20

From the Cirrito Calculus Options textbook, Exercise 1.2.2 on p16, try some from Q1dge,5,6 and from Exercise 1.2.3 on p21, Q3,4,5,6

If you prefer the Oxford textbook, Ex 1A, p6, Q3,4g as well as Ex 1B, p9, Q2,3

Preview the following videos on Improper Integrals: VIDEO #1 from patrickjmt and VIDEO #2 from MathDoctorBob

Due: Monday, Sep 18

To practice with Infinite Sequences, from the Cirrito Calculus Options textbook, Exercise 1.1.1 on pages 5 & 6, try some from Q1,2,5,6,7,10,11 and then graph sequences from Exercise 1.1.2 on p7, Q1. The Cirrito textbook Chapter 1 is now in our google drive folder

Also, for the writing assignment on the delta-epsilon definition of a limit, I would like: (i) a definition, (ii) a visual, (iii) two worked examples. Max length - one page, 2 sided.

Here are some videos on Infinite Sequences I need to preview before next lesson: VIDEO #1 and VIDEO #2 both from Patrickjmt. Here is one from mathispower4u on the Squeeze Theorem

Due: Thursday, Sep 14

To practice with L'Hopital's Rule, here is a worksheet. As well, you could practice with questions from Oxford Chapter 2, page 45, Q1,2,3

Here are some videos on Infinite Sequences I need to preview before next lesson: VIDEO #1 and VIDEO #2 both from Patrickjmt. Here is one from mathispower4u on the Squeeze Theorem

Due: Sunday, Sep 10

Work from the Oxford Calculus Options textbook on the MVT and RT ==> Oxford textbook, Chap 2C on p40, Q2,5,6

Here are a couple of worksheets for working with the MVT => WORKSHEET #1: Q1,7-12 and 16 are nice because they are different!!

HMMMMM, how about an Mean Value Theorem for Integrals? Check out this worksheet and then the solution key. Be prepared to explain it to me in class!

REVIEW options for our first MAJOR assessment on Sept 12 on (i) Stats, Prob, Counting; (ii) Diff Eqs; (iii) IVT, MVT, RT have been posted on our facebook page as well as the resources that were emailed to you last week. Work from the Oxford Calculus Options textbook on REVIEW Exercises for Chapter 3 on page 92 - 95 on any of Q1-15 is still a GOOD IDEA!! So spend some time studying!!!!

Due: Wednesday, Sep 6

Work from the Oxford Calculus Options textbook on REVIEW Exercises for Chapter 3 on page 92 - 95 on any of Q1-15

OR work through the examples in the Cirrito Calculus Options textbook in Chapter 5

Remember, you have a writing assignment to do on the IVT, MVT, RT which you will turn in on Wednesday

I will post more REVIEW options for our first MAJOR assessment on Sept 12 on (i) Stats, Prob, Counting; (ii) Diff Eqs; (iii) IVT, MVT, RT

Due: Wednesday, Aug 30

Work from the Oxford Calculus Options textbook on Exercise 3E on page 75-76 on any of Q1-5 OR Work in the Cirrito Calculus Options textbook on Exercise 5.4.2 on page 165 on Q1,2

Due: Monday, Aug 28

Work from the Oxford Calculus Options textbook on Exercise 3G on page 82 on Q5,6,8 OR Work in the Cirrito Calculus Options textbook on Exercise 5.4.1 on page 158 on Q5-8

Prepare for Monday's lesson on First Order Linear Diff Eqs by watching some of these videos:

Video #1 on Solving Linear First-Order Differential Equations from Mathispower4u

Video #2 on First Order Linear Differential Equations from PatrickJMT

Due: Thursday, Aug 24

Work from the Oxford Calculus Options textbook on Exercise 3H on page 90 on Q1,2,4,5,8 (HINT: do one or two calculations by hand, but use EXCEL - or an online program - to do further iterations with Euler's method). Textbook is in our google folder

LINK #1 for Spreadsheet instructions

VIDEO LINK #2 for Spreadsheet instructions

Prepare for Thursday lesson on First Order Homogeneous Diff Eqs by watching some of these videos:

Video #1 on Solving a First-Order Homogeneous Differential Equation - Part 1 from Mathispower4u

Video #2 on Change of Variables / Homogeneous Differential Equation - Example 1 from PatrickJMT

Due: Tuesday, Aug 22

Complete the 4 questions on Slope Fields from Lesson 54

Prepare for Tuesday lesson on Euler's Method by watching some of these videos:

VIDEO #1 from mathispower4u

VIDEO #2 from Calcworkshop.com

VIDEO #3 from Patrickjmt

Then here is a link to a worksheet (with solutions), wherein you could try one or two examples yourself

Due: Sunday, Aug 20

To PREPARE for Sunday's QUIZ, you may revisit Cirrito Chap 13.6 (p473 - 476 for Stats review), Cirrito Chap 14.3 (p486 - 488 on Counting) and Cirrito Chap 15.5 (p511 - 512) and practice a few questions - especially from Chap 13.6 as I had NO Qs on Stats during Wed review lesson.

Here is a Practice SET of IB styled Qs and here is a copy of the Quiz I gave two years ago.

Due: Tuesday, May 16

From this collection of assorted textbook pages, work on the second page and work through some of Q41 - 52

From the following worksheet, practice with solving differential equations, both as"simple integrals" and using the "separation of variables" methods.

You can use Wolframalpha or Symbolab to verify your answers

Due: Sunday, May 14

To practice with the Second Fundamental Theorem of Calculus, practice with some AP Calculus Questions and work through some of the FRQs. Answers are provided, but try to work trhough the Qs WITHOUT looking at the soltuions

For extra review, some of the following videos, deal with the Second Fundamental Theorem of Calculus:

VIDEO #1 explaining the theorem from mathispower4u

VIDEO #2 and VIDEO #3 showing examples from mathispower4u

VIDEO #4 explaining the theorem from Scott Campbell

Due: Wednesday, May 10

To practice with more integration techniques, go back to our Lesson 50 DAY 2 notes and work through some Qs fro pages 4 and/or 5

You MUST preview some of the following videos, dealing with the Second Fundamental Theorem of Calculus:

VIDEO #1 explaining the theorem from mathispower4u

VIDEO #2 and VIDEO #3 showing examples from mathispower4u

VIDEO #4 explaining the theorem from Scott Campbell

Due: Monday, May 8

To practice for Integration by Parts, from Cirrito, Ex 23.2.1 on p850, do some of Q1-8 for "easier" ones and then in Ex 23.2.2 on p851, do some from Q1,2

Due: Thursday, May 4

To PREVIEW our work for our next lesson on Integration by Parts, watch some/all of the following videos:

VIDEO #1 from Mathispower4u

VIDEO #2 from Patrickjmt

VIDEO #3 from mathbff

If you want further practice for Volumes of Revolution, here is a worksheet (complete with solutions).

Due: Tuesday, May 2

For work in Volumes of Revolution, From Cirrito, Ex 22.8, starting on p830, do some from Q1-8

Here are some videos to help you review/remember the process:

VIDEO #1 from mathispower4u

VIDEO #2 from patrickjmt

VIDEO #3 from mathispower4u

Due: Thursday, Apr 13

For work in Areas Between Curves, from Cirrito Ex 22.5, starting on p809, do some from Q7,13,16,18,22,23

For work in Integration by Substitution, From Cirrito, Ex 23.1.2, starting on p846, do some from Q2-6

Due: Sunday, Apr 9

From Cirrito Ex 22.4, starting on p795, do some from Q9 - 15

From Cirrito, Ex 22.3, do some word problems from Q10 - 16

For extra practice, from Cirrito, Ex 22.5 on p808, do a few each from Q1 - 5

Due: Wednesday, Apr 5

From Cirrito Ex 22.4, starting on p795, do some from Q2,4,6,8,12

From Cirrito, Ex 22.3, do some word problems from Q8,9,10,13,15

Due: Monday, Apr 3

For continued practice with antiderivatives: do some of the following

From this worksheet and also practice with questions from this worksheet

Here are a variety of practice questions with the concept of Rectangular Approximations

Due: Thursday, Mar 30

For practice with antiderivatives: do some of the following

From Cirrito: Ex 22.2 on p779, Q1,2,5,10,13,14,15 and you can also practice with questions from this worksheet

Due: Tuesday, Mar 28

Over the next 8 days, you should work through some of the following Qs from Cirrito:

Ex 21.3 (Kinematics) on p724, Q3,4,5,7,8,9,11,12

Ex 21.4 (Related Rates) on p737, Q1,2,5-9,11,12,13,15,18,19,20

Ex 21.5 (Optimization) on p755, Q10,11,13-17,20-22,25,26,28,32,33,34

Other HW Option: Work through the examples that are presented in the Cirrito text in Ex 21.4 & 21.5. In these cases, read ONLY the question, try it yourself BEFORE looking at the solutions that are presented.

Other HW Option: Look for more videos on line and do the same thing ... watch just as far as the presentation of the question, stop the video and then try to answer the question yourself. Only after trying the question yourself, should you watch the explanation of the solution.

Due: Monday, Mar 20

Next lesson covers Related Rates as well as Optimization, so here are some videos that would be good to preview, before coming to class on Monday, Mar 13:

Video #5 Related Rates from mathispower4u and Video #6 Related Rates from patrickjmt

Video #7 Optimization from mathispower4u and Video #8 Optimization from patrickjmt

Due: Thursday, Mar 16

Due: Monday, Mar 13

Due: Tuesday, Mar 7

To practice with implicit differentiation, from Cirrito, Ex 19.7.1 on p656, do a few from Q1 and then from Ex 19.7.2 on p659, do a few from Q1. Spent 45 - 60 minutes practicing that which you think you need.

For review, video link #1 from mathispower4u and here is another video from Patrickjmt and here is one video from mathbff

Due: Sunday, Mar 5

To practice with secondary and inverse trig functions, from Cirrito, Ex 19.3 on p637, do a few from Q22,23,24 as well as Ex 19.4 on p643, do a few from Q1,2,3,7,8 and work through Q4,5,9 (harder!!) as well as Ex 19.6, p651, Q2 and simply spent 45 - 60 minutes practicing that which you think you need.

Due: Wednesday, Mar 1

To continue practicing with our new techniques, from Cirrito, Ex 19.3 on p637, Q10-14,18,19,20 as well as Ex 19.5 on p649, Q4-8 as well as Ex 19.6, p652, Q3,4,5,6,9,10 and simply spent 45 - 60 minutes practicing that which you think you need.

Due: Monday, Feb 27

To practice with our new techniques, from Cirrito, Ex 19.4 on p643 as well as 19.5 on p648, and simply spent 45 - 60 minutes practicing that which you think you need (can't do trig inverse - or the "arc" trig functions ... yet ..... or you could figure it out ...... )

Due: Thursday, Feb 23

Watch videos & record notes & examples on the following differentiation techniques:

(1) Product Rule: VIDEO #1 from mathispower4u and VIDEO #2 from ExamSolutions

(2) Quotient Rule: VIDEO #1 from mathispower4u and VIDEO #2 from patrickjmt

(3) Chain Rule: VIDEO #1 from mathispower4u and VIDEO #2 from mathispower4u

Give me feedback on this presenter ..... Chain Rule from mathbff

Due: Tuesday, Feb 21

From our Lesson 39 Problem Set, work through problems in Q4, Q5 and Q6

For review of solving simple trig equations, here are two videos:

Due: Sunday, Feb 19

(1) For Graphical Differentiation - Here is a handout with which you could practice

(2) Watch the following videos (and any others you wish), in order to prepare for Sunday's class, wherein we will WORK WITH the derivatives of trig functions, exponential and logarithmic functions: (a) TRIG derivative video from mathispower4u; (b) EXPONENTIAL fcn derivative video from NewtonianMathematics and (c) LN Derivative Video from MathemAddicts

Due: Wednesday, Feb 15

(1) For our first CALCULUS TEST on Feb 15 ==> Two resources have been posted on our facebook page. And additional resources from Cirrito, Revision Set D, p763, Q3,7,9,11,14,16,20,22,25,37 and if you want word problems Q12,15,33

(2) Videos for Graphical Differentiation - here are two from patrickjmt. Here is a handout with which you could practice

Graphing a Derivative from a Function

Graphing a Function from Its Derivative

Due: Monday, Feb 13

Work through some of Q1, 3cdf, 4ab, 5, 8fhi, 12 on pg 329 - 332 from Nelson 12, Chap 4.7 on the Second Derivative & Concavities. You could also consider working through Q17,19,21

Due: Thursday, Feb 9

From Cirrito, Ex 20.2 on p691, do a few from Q1,2gjkl, 3ij,19,26,27

Watch these two videos from mathispower4u to preview our next lesson, involving second derivatives and concavities ==> VIDEO #1 (concept) and then VIDEO #2 (worked example)

Due: Tuesday, Feb 7

From Cirrito, Ex 20.2 on p691, do a few from Q1,2cdghjl, 4,10,11,12 and for a challenge (for the time being), you can try some from Q15,16,17,19

A nice link to a geogebra animation, showing how the Squeeze Theorem is applied to get the lim of sin(x)/x as x -> 0.

Due: Sunday, Feb 5

DO EITHER (or some from each):

(1) For a NON-Cirrito option, here are some questions that deal with tangents & normals as well

(2) From Cirrito, E 19.2.1 on p617, do a few from Q5-14

Due: Wednesday, Feb 1

From Cirrito, Ex 19.1 on p612, do a few from Q1,2,3 and all of 4

From Cirrito, E 19.2.1 on p617, do a few from Q4

Due: Monday, Jan 30

From this worksheet, work through some of the problems: on p1,2 ==> Q2,3,4,5,7 and on p4,5 ==> Q2,3,4,10. Feel free to do some Qs on p3. To check your work, use www.wolframalpha.com

Secondly, find out what the Intermediate Value Theorem is and why continuity is important

Due: Thursday, Jan 26

From this worksheet, work through some of the problems in Q2 as well as Q3,4. To check your work, use www.wolframalpha.com

Due: Monday, Jan 23

From this worksheet, work through some of the sample problems (Q1-15 and explained solutions are provided on the worksheet) as well as working through the graphs for Q16-19

Watch some of the 4 posted videos on the Squeeze Theorem as posted on our facebook page

Due: Thursday, Jan 19

From Cirrito, Ex 18.3 on p599, Q1c,3gi,5,6

Watch some of the 4 posted videos on the Squeeze Theorem as posted on our facebook page

Due: Tuesday, Jan 17

From Cirrito, Ex 18.1 on pg 590-1, do some from Q2,3,5,6,7,9,10

You may WANT TO watch this video on tangent and secant lines to review the idea behind Sunday's lesson

Due: Sunday, Jan 15

Spend 45ish minutes working through a few questions from pages 3 & 4 from our Lesson 30 Problem Set. If you need some help or have a solution to offer, post it on our facebook page

REMEMBER, we have a quiz on Triangle Trig & Arcs and Sectors at the start of Sunday's class

You may WANT TO watch these two videos on AVERAGE RATES OF CHANGE (Video #1 and Video #2) in preparation for Sunday's lesson

Due: Wednesday, Jan 11

Spend 45ish minutes working through a few questions from our Lesson 29 Problem Set. If you need some help or have a solution to offer, post it on our facebook page

Due: Tuesday, Dec 6

You should work through a few problems in Cirrito, Ex 10.5, on p374, do a few questions from each of Q1,2,3,4,5. Q1-4 should be CI, while you may need a calc in Q5

Due: Sunday, Dec 4

You should work through a few problems in the following sets of questions:

Continue in Cirrito, Ex 10.2.2, on p342, do a few from Q5,6,8,11,12

Continue in Cirrito, Ex 10.4, on p364, do a few from Q6

Here are some practice problems for proving trig identities. Sample Problems 1-18 are on page 1, for which the solutions appear starting on p3 of the pdf and then Practice Problems on page 2 (Solutions linked here). Try as many or few as you wish!!

Due: Wednesday, Nov 30

You should work through a few problems in the following sets of questions:

Continue in Cirrito, Ex 10.2.2, on p342, do a few from Q1,2acfhi,3,7,9bf

Due: Monday, Nov 28

You should work through a few problems in the following sets of questions:

Continue in Cirrito, Ex 10.2.1, on p331, do a few more from Q1-4 and try several Qs from Q7,9,10,12,16a,17b

To prepare for a discussion of the addition/subtraction formulas, watch the following video:

Due: Wednesday, Nov 23

You should work through a few problems in the following sets of questions:

From Cirrito, Ex 10.4 on p365, Q10,12 and also from Cirrito, Ex 10.2.1, on p331, Q1abcd, 2abc,3ac,4

To prepare for a discussion of the addition/subtraction formulas, watch the following video:

Due: Monday, Nov 21

You should work through a few problems in the following sets of questions:

From Cirrito, Ex 10.3 on p355, Q1,2,3,7 and also from Cirrito, Ex 10.4, on p325, Q6,8 (no calcs)

Due: Thursday, Nov 17

You should work through a few problems in the following sets of questions:

(1) From Cirrito, Ex 10.1 on p325, Q3-6

(2) From Cirrito, Ex 10.1 on p325, Q8-9

(3) From Cirrito, Ex 10.1, on p325, Q10-12

(4) From Cirrito, Ex 10.1 on p325, Q13-17

(5) From Cirrito, Ex 10.4, on p325, Q1a-f,5 (no calcs)

Due: Tuesday, Nov 15

You should work through a bit of each of the following:

Practice with Special Right Triangles; from Cirrito, Ex 9.1 on p277, do some from Q2,4,5

To practice with RAdians, Degrees & Special Right Triangles; from Cirrito, Ex 10.1, p325, do some from Q1-4

To review RADIANS from Sunday's class, play with the following geogebra applet

Due: Sunday, Nov 13

You should work through a bit of each of the following:

Practice with the Laws of Logs; from Cirrito, Ex 7.4 on p227, do some from Q5fgi,7cef,8ab,9hkl,10bcd,11ac,13bc,14efhik,15df,16bce

To prepare for Sunday's class, watch these two videos, explaining to you what a radian is

Due: Wednesday, Nov 9

You should work through a bit of each of the following:

To review the Applications of Exponential Equations, from the Cirrito text, Ex 7.2 on p212, do some from Q5,6,7,15,16

To prepare for Wednesdays class, Watch this video on deriving the Laws for Logarithms. After the video, practice with the Laws of Logs; from Cirrito, Ex 7.4 on p227, do some from Q1-4

Due: Monday, Nov 7

You should work through a bit of each of the following:

To review the Exponential Equations, from the Cirrito text, Ex 7.2 on p212, do some from Q5,6,7,15,16; from Cirrito, Ex 7.3 on p220, do some from Q3-5; from Cirrito, Ex 7.5, do some from Q2,3,4

To prepare for Mondays class, Watch this video on deriving the Laws for Logarithms

Due: Sunday, Oct 30

You should work through a bit of each of the following:

To review the Exponential Equations, from the Cirrito text, Ex 7.1.3 on p204, do some from Q1,2; from Cirrito, Ex 7.1.4 on p206, do some from Q1,2; from Cirrito, Ex 7.1.5, do some from Q1-8

Due: Tuesday, Oct 25

You should work through a bit of each of the following:

(1) To work with rational functions, from SLIDE 26 of our Lesson 15 notes, Qg,h,i,l.

(2) To review the Exponent Laws, from the Cirrito text, Ex 7.1.1 on p200-1, do some from Q6-8

Due: Sunday, Oct 23

To work with rational functions, from the textbook PRECALCULUS; A Graphing Approach by Holt, Sec 4.4; p290, Q23,26,30,31,32,44,47,71. You SHOULD present algebraically developed solutions to these questions!!! Use DESMOS (although ideally, you should also master the TI-84 to see these graphs) only to verify/check.

Due: Wednesday, Oct 19

From the Cirrito Text, Exercise 11.4.2 on p418, Q2bc,3abd,4-7,9 or 10 and then Exercise 11.2, p400, do a couple of Q1 (to review/revisit drawing complex numbers)

Due: Sunday, Oct 2

From the Cirrito Text, Exercise 11.4.1, p414, do a couple of each of Q1,2 and then Exercise 11.4.2 on p418, Q2bc,3abd,4-7

Due: Wednesday, Sept 28

From the Cirrito, 3rd ed. Textbook, Exercise 2.4.2 on p56-7, Q3-7

From the Cirrito, 3rd ed. Textbook, Exercise 2.4.3 on p61, Q2hi,3,4bd,5,7b

From the Cirrito, 3rd ed. Textbook, Exercise 3.5.2 on p87, Q1abef

Due: Monday, Sept 26

from the Cirrito, 3rd ed. Textbook, Exercise 5.4.2, pg 164, Q1efgh,3,5efgh,9,10bc,12,13 and for more of a challenge, you could try Q14,15,18,21b,20

Due: Thursday, Sept 22

from the Cirrito text => Exercises 5.4.1, p154, Q3 (ii),(v),6,9,and for advanced understanding, try Q 10,11,18,21,22. NOTE: If you get stuck on 11,18,21,22, practice more with the basics from Q3

Here are some videos that may help clarify the existence of a composite concept:

VIDEO #1 from BetterMarksInMaths

VIDEO #2 from Mark Stephens

Due: Tuesday, Sept 20

From the Cirrito text, Ex 8.2.5 on pg 265-6, Q1-3, 5-10, 13-15

Due: Sunday, Sept 18

Work through Syllabus Topic 1.1 on Sequences & Series from the following this link of outline/recommendations/suggestions

Due: Monday, Sept 5

I've added two resources into our shared google folder for your review of Functions ==> (1) Chapter 2 Review from the Oxford textbook as well as (2) Chapter 2 Review from the Pearson textbook. As we haven't formally discussed inverses, I will not be assessing inverses of functions (so these are questions you may choose not to do)

Eventually, you would like to be able to work through questions like: (i) Ex 6.1 on pg 176, Q9; (ii) Ex 6.2 on pg 182, Q7,9,10; (iii) Ex 6.3 on pg 187, Q5 from the Cirrito text

Due: Monday, Sept 5

To demonstrate an understanding transformations, work through some of the questions from this worksheet. Try working through the second page & do Question #2 and then go to page 5 & do Q1,3,5,7,9.

Eventually, you would like to be able to work through questions like: (i) Ex 6.1 on pg 176, Q9; (ii) Ex 6.2 on pg 182, Q7,9,10; (iii) Ex 6.3 on pg 187, Q5 from the Cirrito text

Due: Tuesday, Aug 30

Work through some of the questions about odd/even symmetry from Slide 13 of Lesson 4.

To practice some concepts from the Cirrito text, work through some of: (i) Ex 5.3.1 on pg 125, Q6bd,7; (ii) Ex 5.3.2 on pg 131, Q6ac, 7; (iii) Ex 5.3.5 on pg 147, Q3, 4a

Due: Sunday, Aug 28

Complete all Lesson 3 function analysis. To practice your understanding of function analysis, open up the pdf or ppt for Lesson 4, go to slide 6 (can try A and/or B) or slide 7 (can do/try A,C or D)

Due: Wednesday, Aug 24

Complete all Lesson 2 questions

Due: Monday, Aug 22

From the Cirrito Textbook, 3rd ed. (you should have received from me a pdf of the textbook last year!!!):

Exercises 2.1 on page 22-23, Q7,8,10,11 are suggested (but you may do more ... or less - your choice)

Exercises 5.3.2 on page 130, Q1-6 (do a few from each => but you may do more ... or less - your choice)