Post AP but pre-end-of-school, we work on a few more things.
Taylor Series:
Work through handout Thursday, May 5th through Monday, May 16th.
Quiz on Tuesday, May 17th.
AP Question Rubrics:
You will work in groups of three to prepare answer keys and rubrics for some of the open response questions from the AP exam. Due by Friday, May 27th.
During Finals Days:
Makeup work can be done during H-Block on the 25th through the 27th. After that I have to do your grades and cannot accept anything else.
I will see you at graduation!
AP Calculus AB 2010-2011
Monday, May 16, 2011
Friday, April 8, 2011
Review Schedule for the Final and AP Exam
Below is the plan for the review. If you have other topics/questions, please bring them to my attention.
4/07 FTC, Integration Techniques, Differential Equations, give out the 2003 AP Exam
4/08 Area and Volume
4/12 Numerical Techniques
4/13 Rates in the real world
4/14 Score the 2003 exam, Moving Particles
4/15 Min/Max, Inc/Dec, Curve Sketching, Optimization, give out the 2008 AP Exam
4/26 Score the 2008 exam, do the hard 1998 multiple choice
4/27 Miscellaneous AP Problems
4/28 Final, Day 1
4/29 Final, Day 2
5/03 go over Final
5/04 AP Exam at 8am
4/07 FTC, Integration Techniques, Differential Equations, give out the 2003 AP Exam
4/08 Area and Volume
4/12 Numerical Techniques
4/13 Rates in the real world
4/14 Score the 2003 exam, Moving Particles
4/15 Min/Max, Inc/Dec, Curve Sketching, Optimization, give out the 2008 AP Exam
4/26 Score the 2008 exam, do the hard 1998 multiple choice
4/27 Miscellaneous AP Problems
4/28 Final, Day 1
4/29 Final, Day 2
5/03 go over Final
5/04 AP Exam at 8am
Wednesday, April 6, 2011
AP Exam Day info
Here is a document with info exam day: what you can bring, what you should bring, what you shouldn't bring, etc.
Friday, March 25, 2011
Quick Polar Unit
Here is the schedule of our foray into polar coordinates and polar equations. The graphs are fun and the calculus of polar is really cool. Note the Cumulative Exam that is also part of the schedule.
3/24 Intro to Polar Coordinates and Polar Equations
HW p.557/1-4, 21-29 odd
3/25 Graphing Polar Equations by Hand
HW p.557-558/5-19 odd, 31-37 odd
3/29 Slope and Area (single curves)
HW p.558/39-49 odd, 59
3/30 Area between curves, Lengths of Polar Curves
HW p.558/51-57 odd, 60, 72 and you derive length formula
3/31 More Practice of all polar skills
HW Lengths of p.558/43-49 odd and any other helpful problems on p.557-558
4/01 Review of polar as well as a general review of all topics
4/05 Cumulative Exam
4/06 Polar Quiz
4/07 Start Review of year (based on results of Cumulative Exam)
3/24 Intro to Polar Coordinates and Polar Equations
HW p.557/1-4, 21-29 odd
3/25 Graphing Polar Equations by Hand
HW p.557-558/5-19 odd, 31-37 odd
3/29 Slope and Area (single curves)
HW p.558/39-49 odd, 59
3/30 Area between curves, Lengths of Polar Curves
HW p.558/51-57 odd, 60, 72 and you derive length formula
3/31 More Practice of all polar skills
HW Lengths of p.558/43-49 odd and any other helpful problems on p.557-558
4/01 Review of polar as well as a general review of all topics
4/05 Cumulative Exam
4/06 Polar Quiz
4/07 Start Review of year (based on results of Cumulative Exam)
Tuesday, March 1, 2011
Ch 7: Area and Volume using Calculus
We start our last AP topic, Area and Volume. This is the most concrete of the topics we study where every result comes from a visualizable problem.
3/01 Area between Curves
HW p.395-397/3-48 by 3's
3/02 Volume of "Mathematicians Paperweights"
HW p.406-407/1-6
3/03 Volumes using Discs
HW p.407-410/7-14,23,24,39,40,49,70
3/04 Volumes using Washers
HW p.407-408/15-20,25-28,41,42
3/08 Rotating around other lines than the axes
HW p.407-409/21,22,43-47a,50-53
3/09 Length of a Curve
HW p.416-417/1-17 odd,23-29 odd
3/10 Surface Area; Half Day (C B H F)
HW p.409/55-62
3/11 Quiz; Integration as net change
HW p.386-387/1-25 odd, 26
3/15 Application Problems
HW p.425/1-6, 8, 10, 11
3/16 More Application Problems
HW p.426-427/17, 18, 20, 21-23, 25
3/17 Review
HW p.430-433/3-21 by 3',22-24,26-29,32,38
3/18 More Review
HW Worksheet of Problems
3/22 Test of Ch 7
The solution manual for Chapter 7 is available here.
3/01 Area between Curves
HW p.395-397/3-48 by 3's
3/02 Volume of "Mathematicians Paperweights"
HW p.406-407/1-6
3/03 Volumes using Discs
HW p.407-410/7-14,23,24,39,40,49,70
3/04 Volumes using Washers
HW p.407-408/15-20,25-28,41,42
3/08 Rotating around other lines than the axes
HW p.407-409/21,22,43-47a,50-53
3/09 Length of a Curve
HW p.416-417/1-17 odd,23-29 odd
3/10 Surface Area; Half Day (C B H F)
HW p.409/55-62
3/11 Quiz; Integration as net change
HW p.386-387/1-25 odd, 26
3/15 Application Problems
HW p.425/1-6, 8, 10, 11
3/16 More Application Problems
HW p.426-427/17, 18, 20, 21-23, 25
3/17 Review
HW p.430-433/3-21 by 3',22-24,26-29,32,38
3/18 More Review
HW Worksheet of Problems
3/22 Test of Ch 7
The solution manual for Chapter 7 is available here.
Wednesday, February 9, 2011
Finishing Chapter 6
2/08 Quiz #4, Extra Practice of Integration by Parts
HW Finish handout
2/09 Separation of Variables
HW p.357-359/1-10,21,23,41,43,54
2/10 Exponential Growth and Decay, Partial Fraction Decomposition; Quiz #5
HW p.358-361/35,40,42,58 and p.369/1-17 odd
2/11 Logistic Function (Mixed Integration due)
HW p.369-371/19-35 odd, 42-45
2/15 Review day 1; Quiz #6
HW p.373-376/24-63 by 3's, 67-69
2/16 Review day 2
2/17 Test of Chapter 6
2/18 Area Exploration; Last day for quiz makeup
2/19-2/27 February Vacation
HW Finish handout
2/09 Separation of Variables
HW p.357-359/1-10,21,23,41,43,54
2/10 Exponential Growth and Decay, Partial Fraction Decomposition; Quiz #5
HW p.358-361/35,40,42,58 and p.369/1-17 odd
2/11 Logistic Function (Mixed Integration due)
HW p.369-371/19-35 odd, 42-45
2/15 Review day 1; Quiz #6
HW p.373-376/24-63 by 3's, 67-69
2/16 Review day 2
2/17 Test of Chapter 6
2/18 Area Exploration; Last day for quiz makeup
2/19-2/27 February Vacation
Friday, January 21, 2011
Optional Quarter Test
The Optional Quarter Test will be after school on Tuesday. It is cumulative for the year which means it covers limits, derivative, applications of derivatives, the fundamental theorem of calculus and some antiderivatives/integrals. If nothing else, be able to write the tangent line to any function.
If you cannot take it after school on Tuesday, you must tell me and arrange when you will take it before that time.
If you cannot take it after school on Tuesday, you must tell me and arrange when you will take it before that time.
Subscribe to:
Posts (Atom)