MTRF     2:00-2:50pm     Harry Griffith Hall 226
SUBJECT TO CHANGE (8-19-2012)

• NOTICE: All items on this syllabus are subject to change.
  
• Course Description
• Course Assignments: Text Problem lists
• Most Recent
• Course Problem of the Week POW #5: Due 10-29(sometimes with hints, etc.)
  

• Winplot Materials: Winplot (freeware for PC's that we will use) may be downloaded from Rick Parris's website or directly from Winplot .
• Supplementary material for Winplot
  
• Winplot Help 2-dim window
• Instructions for Winplot prepared by Gerald Hile (Hawaii).

• Want to find out what your learning style is? Here is an interesting learning styles inventory on the web:  NC State   
  
• Some advice on how to suceed  in a calculus course (at the UNL)

• WWW Interactive Mathematics Server- on-line and popup calculators for calculus!
• Wolfram|Alpha
• Calculus web sites for surfing.
• On-line tutorials from Hippocampus [Excellent!]
• Calculus on the Web [Excellent!] (Temple U)
• Paul Seeburger's Dynamic Calculus Site [Excellent!]
  
• Visual Calculus (Univ. of Tenn.) calculus (first year) tutorials, etc.
• Calculus resource page from Stewart's Calculus Textbook.
• Online Mathematics Tutorials at Harvey Mudd College! many excellent tutorials...Calc I-III, DE's, Linear Algebra.
• Practice problems from Calculus@internet
• Applied  Calculus  (many good summaries, examples, and tutorials)
• Mathlets: Excellent Java applets for Calculus I-III, etc.
• SOS Mathematics - Calculus materials
• Math 1002 calculus at University Of Aberdeen: Calculus Notes from Ian Craw.
  

• For an entertaining 20 minute  review of the major concepts of Calculus I, you might try Ed Burger's Calculus  [Contact me for more information.]

 
 

CALENDAR SCHEDULE
NOTICE: All items on this syllabus are subject to change.
( last revision noted 8-19-12)

Week	Monday	Tuesday	Thursday	Friday
1	8-20 Introduction & Review	8-21 More review. Differential equations and  IVA IVB IVC Direction Fields IV.D	8-23  IVA IVB IVC Direction Fields IV.D	8-24 Direction Fields Continued. IV.D Start Euler's Method. IV.E
2 POW #1 Due Friday Aug. 31	8-27 Euler's Method  IV.E	8-28 Begin Models for (Population) Growth  and Decay:  y' = k y;      y(0)=1. k = 1.  The exponential function.VI.A estimate e from (1+1/n)n.	8-30 More on the relation between the DE y'=y with y(0)=1  and ex.	8-31  More on the relation between the DE y'=y with y(0)=1  and ex.  Proving function properties using DE's.
3 Summary #1 due Tues. Sept. 4.-Friday 9-7	9-3 No Class Labor Day Holiday	9-4 Models for learning.  y' = k / x; y(1)=0. k =1  VI.B More on ln and exp! SC VI.C Begin Bounded learning. Improper Integrals I	9-6 Review Substitution More on improper integrals Bounded learning and Arctan. VI.D	9-7 More DE models.  Separation of variables.
4  POW #2: Due 9-14	9-10 More Review Substitution(ii) Growth/Decay Models. [Symbolic] .	9-11 The Logistic Model (Start)	9-13 Integration of rational functions I. VII.F	9-14 Rational functions II
5 Summary #2 due 9-21	9-17 Rational functions III VII.F	9-18 End Rational Functions Breath	9-20 Improper Integrals II	9-21 Integration by parts I VII.C
6 POW #3: Due 9- 28	9-24 Improper Integrals and  comparison tests III	9-25 Integration by parts. II VII.C  Reduction Formula and integration by parts.	9-27 Integration by parts Numerical Integration. (linear),  V.D	9-28 More Comparison Tests for improper integrals. Numerical Integration. (quadratic),  V.D
7  Summary #3 due 10/2	10-1  Application to estimation of integral	Start  Taylor Theory for e^x. Taylor .  IXA	Applications: Definite integrals and DE's.	Taylor theory: Finish  IXA..  IXB MacLaurin Polynomials
8  POW #4: 10-12	10-8 Review for exam #1 (?) IXB MacLaurin Polynomials (cont'd)	Taylor Theory for remainder proven.	IX.C More on finding MacLaurin Polynomials & Taylor theory.	More MacLaurin.   IX.D Taylor Theory derivatives, integrals, and ln(x) Use of absolute values.
9 Exam I  Self scheduled: Wed. 10-17	10-15 IX.D Taylor Theory derivatives, integrals, and ln(x) Use of absolute values.	10-16Taylor Theory: End First Round	10/18 Begin Sequences and series. Geometric sequences. Bounded Monotonic convergence Theorem	10/19 X.A  More on Geometric Sequences Sequence properties: Unification.
10 Summary #4 due 10-22	10-22 Series Conv. I   Geometric and Taylor Series. geometric series  X.B1_4     Theorem on Rn Taylor  polys and Series.	10-23 Series Conv. II Harmonic Series. The divergence test.	10-25 How Newton used Geometric series to find ln(.9)  Incr&bdd above implies convergent.	10-26 Series Conv. III Positive series & Integral test.
Schedule below this line subject to change.
111  POW #5 Due: 10-29	10-29 Positive comparison test	Breath?Ratio test  for Positive Series X.B5	Series Conv.  IV Alternating Series Series	Conv.VI Absolute conv. & conditional:  The General ratio test:  Intro to power series concepts of convergence and functions.
12 Summary #5 due	11-5 Taylor Series convergence. Series to solve DE's - Motivations f''(x) = f(x) with f(0)=0 and f'(0)=1 Begin Power Series I  XI.A	Power Series II (Interval of convergence)XI.A Taylor Series	Power Series III (DE's)   Start Trig Integrals I sin & cos	Power Series IV (Functions and DE's) Trig Integrals II sec&tan
13 Exam II  self scheduled Wed. 11-14	11-12 No Class Veteran's Day Holiday.	11-13Trig substitution (begin- area of circle) I (sin and tan) VII.E	11-15Area Revisited VII.E	11-16Trig substitution II (tan and sec) Area II ("dy") Favorite series. binomial series exp(pi*i) = -1
14	11-19 Thanksgiving holiday.
15 POW #6: Due 11-27	11-26 Trig Sub (Secant +...) Parametric curves I Arc Length VIII.B Area "dy"	11-27 Parametric curves II	11-29 Parametric (More) Volume I	11-30 Volume II Work
16 Summary #6 : Due 12-4	12- 3 Volume III Polar Curves I Average Value Conics I Intro to loci-analytic geometry issues.(parabolae, ellipses)	12-4 Darts  ?? Polar curves II Conics II More on Ellipse and Parabola. Conics III  The hyperbolae   Hyperbolic functions: DE's, Taylor Series, Algebra  and Hyperbolas.	12-6 The conics IV Probability density, mean Surface Area --? L'Hospital's rule? Proof Of L'Hospital's Rule?	12-7
17 Final Examination Self scheduled Review Session: Sunday 5-9 TBA	12-10 10:20-12:10 (Forestry Bldg 107) 12:40-14:30 (Harry Griffith Hall 226)	12-11                      10:20-12:10 (Forestry Bldg 107)

Back to Martin Flashman's Home Page :) Back to HSU Math. Department :}


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Fall, 2012                 COURSE INFORMATION               M.FLASHMAN
MATH 110 : CALCULUS II                      MTRF     2:00-2:50pm  HGH 226
OFFICE: BSS 356                                      PHONE:826-4950
Office hours:(Tent.)  MF 12:15- 13:30 (BSS 356) MT 16:00-17:20 (BSS 308) AND BY APPOINTMENT or chance!
E-MAIL:flashman at humboldt.edu                WWW:      http://flashman.neocities.org/
***PREREQUISITE: Math 109 or permission.


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• TEXTS: Required: Calculus, Early Transcendentals, James Stewart, 7th edition (single variable ok). [CET]
• Webassign
• Excerpts from Sensible Calculus by M. Flashman as available from this webpage and Moodle.

• SCOPE: This course will deal with a continuation of the theory and application of what is often described as "integral calculus" as well as the calculus of infinite series. These are contained primarily in Chapters 6 through 11 of CET . Supplementary notes and text will be provided as appropriate through this webpage and Moodle.


• $$ TESTS AND ASSIGNMENTS: There will be several tests in this course. There will be several reality check quizzes, two midterm exams and a comprehensive final examination.
• We will use the HSU Moodle for some on-line reality quizzes.
  
• I will drop the lowest 20% of your quiz scores in determining the 100 points allotted for quiz work.
• Background Assessment Quiz (BAQ): During the first week of classes students will take this "quiz", primarily to assess your preparation for Math 110. A poor score indicates a need for some more careful review of material from the first semester of calculus.
  For more information or assistance on the material covered in this quiz contact Professor Flashman.
  The score that you receive from taking this test counts does not toward your grade. It is required and a completed quiz should be submitted on Moodle no later than 5:00 pm of January 20th.
  Upon submission of the quiz you will receive 20 points toward your final grade.
• Homework assignments are made regularly. They should be done neatly. We will be using WebAssign to grade homework. Record your homework results  by 12:30 PM of the due date.  I will discuss this further at the first class meeting. Problems from the assignments will be discussed in class based on the WebAssign report on submitted homework. Homework assignments will be used in determining the 100 course points.
• HOMEWORK MAY NOT BE GRADED THREE CLASS DAYS AFTER THE DUE DATE.
• You MAY e-mail or submit a written request before the start of class for me to discuss in class a problem or a question you have about the previously assigned reading or problem work.
  
• I will be available briefly after class and during my office hours and by appointment for other questions.
• Midterm Exams will be self-scheduled and announced at least one week in advance.
• THE FINAL EXAMINATION WILL SELF- SCHEDULED.  One option is as listed on the University Exam schedule-MON Dec. 10 12:40-14:30 (Harry Griffith Hall 226)
  Also possible are MON Dec. 10 10:20-12:10 (Forestry Bldg 107). and TUES Dec. 11 10:20-12:10 (Forestry Bldg 107)
  
• The final exam will be comprehensive, covering the entire semester.
• MAKE-UP TESTS WILL NOT BE GIVEN EXCEPT FOR VERY SPECIAL CIRCUMSTANCES!

It is the student's responsibility to request a makeup promptly. *** DAILY ATTENDANCE SHOULD BE A HABIT! ***

• Partnership work:
• Summaries: Every two weeks you will be asked to submit a summary of what we have covered in class. (No more than two sides of a paper.) These may be organized in any way you find useful but should not be a copy of your class notes. I will read and correct these before returning them. The summaries must be submitted in a partnership (2-3 members). Exceptions by permission only.  Each individual partner will receive corrected photocopies.
• Your summaries will be allowed as references at the final examination only.
  Summary work will be used in determining the 30 course points allocated for summary work.
  
  
• Problem of the Week (POW) On alternate weeks (when a summary is not due) partnerships will submit a response to the "problem/activity of the week." These problems will be special problems distributed in class (and on this web page) or selected problems from the textbook.
• All  partnership  problem  work will be graded 5 for excellent/well done; 4 for good/OK; 3 for acceptable; or 1 for unacceptable; and will be used  in determining the 50 points allocated for the problem of the week.
 
• GRADES: Final grades will be determined taking into consideration the quality of work done in the course as evidenced primarily from the accumulation of points from tests and various  assignments.



Background Assessment Quiz	20 points
Reality Quizzes	100 points
Homework	100 points
POW's	50  points
Summary work	30 points
2 Midterm Examinations	200 points
Final Examination	200 or 400 points
Total	700 or 900  points

• The final examination will be be worth either 200 or 400 points determined by the following rule:
  The final grade will use the score that maximizes the average for the term based on all possible points.
• MORE THAN 4 ABSENCES MAY LOWER THE FINAL GRADE FOR POOR ATTENDANCE.

Notice that only 400 or 600 of these points are from examinations, so regular participation with reality quizzes, homework, and partnership work is essential to forming a good foundation for your grades as well as your learning.

University Policies

Students with Disabilities:Persons who wish to request disability-related accommodations should contact the Student Disability Resource Center in House 71, 826-4678 (voice) or 826-5392 (TDD). Some accommodations may take up to several weeks to arrange. Student Disability Resource Center Website.  http://www.humboldt.edu/disability/

(If you are a student with a disability, please consider discussing your needs and possible accommodations with me as soon as possible.)

Add/Drop policy: See the University rules and dates related to the following:

• No drops will be allowed without "serious and compelling reasons" and a fee after this date.
  
• No drops allowed after this date.
  
• Students wishing to be graded with either CR or NC should make this request  using the web registration procedures.

Students are responsible for knowing the University policy, procedures, and schedule for dropping or adding classes. Add/Drop Policy    http://www.humboldt.edu/%7Ereg/regulations/schedadjust.html

Emergency evacuation:Please review the evacuation plan for the classroom (posted on the orange signs), and review Emergency Operations Website http://www.humboldt.edu/emergencymgmtprogram/index.php for information on campus Emergency Procedures. During an emergency, information can be found campus conditions at: 826-INFO  or at the Humboldt State Emergency Website.    http://www.humboldt.edu/emergency

Academic integrity: Students are responsible for knowing the policy regarding academic honesty. Academic Honesty Policy. http://www.humboldt.edu/studentrights/academic_honesty.php or http://pine.humboldt.edu/registrar/catalog/

Attendance and disruptive behavior:Students are responsible for knowing policy regarding attendance and disruptive behavior.Attendance and Disruptive Behavior Policy.  http://www.humboldt.edu/studentrights/attendance_behavior.php

• Technology: The computer or a graphing calculator can be used for many problems.
  
• We will use Winplot, Microsoft Xcel, and Wolfram|Alpha.
• Winplot is freeware and may be downloaded from Rick Parris's website or directly from this link for Winplot .
• Though designed for the Windows operating system, Winplot can be used on a MAC after installing Winebottler from http://winebottler.kronenberg.org/
  
• Online help for Winplot is available from the following links.
• Instructions for Winplot prepared by Gerald Hile (Hawaii).
• Notes for Winplot authored by Al Lehnen (Madison Area Technical College in Madison, Wisconsin)
• Steve Simonds :  instructional videos.
• Graphing Calculators: Though much of our work this semester will be using the computer, graphing calculators are welcome and highly recommended.
• A limited number of graphing calculators are available for students to borrow for the term through the Math department.
  
• If you would like to purchase a graphing calculator, see me if you would like my advise.
• Students wishing help with any graphing calculator should plan to bring their calculator manual with them to class.
• I do not use a hand-held graphing calculator during class time.
• Lap top computers are welcome in class at tools. (Not for other purposes.) They will not be allowed on exams.
  
• Only handheld calculators will be allowed on exams.

• Use of  Office Hours and Optional "5th hour"s: Many students find  the second semester of calculus difficult because of weakness in their pre-calculus and first semester calculus background skills and concepts.

A grade of C in your first semester of calculus might indicate this kind of weakness.
Difficulties that might have been ignored or passed over in previous courses can be a major reason for why things don't make sense now.

You may use my office hours for some additional work on these background areas either as individuals or in small groups. My office time is  also available to discuss routine problems from homework after they have been discussed in class and reality check quizzes as well as using  technology.  

• Calculus Drop-in Tutoring  from HSU Faculty in BSS 302 or BSS 308 (Tentative 8-22-2012)

  -----Time------	---Monday----	-----Tuesday---	--Wednesday--	---Thursday---	----Friday----
  10-11 AM	X	Freedman 302	Johnson 302	x	x
  11- noon	x	Owens	x	Owens	x
  12-1 PM	x	x	x	x	Johnson 302
  1-2 PM	x	Haag 308	X	Haag 308	Freedman 302
  4-5:20 PM	Flashman 308	Flashman 308	x	x	x

•  Don't be shy about asking for an appointment outside of the scheduled office hours.

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Fall, 2012     Problem Assignments - Updated regularly.
NOTICE: All items on this syllabus are subject to change.
(Tentative as of 8-19-2011)     

Early or Just in time: When two due dates are given, the first date is for preparation and/or starting problems,
the second date is for completion of related problem work on webassign. 

On-line Sensible Calculus is indicated by SC.
Assignments and recommended problems (*= interesting but optional)
Pages in Stewart 7th edition - Need revision.
Assignments are active when a due date has been published.



Assignment	DateDue:	Read:	Web Assign	Do:(Not collected)
#1	8-24/27	SC IVA; SC IVB; SC IVC	HW #1 Math 110 9.2 I Direction Fields	Background Reality Check
		SC IV.D		1-11 odd [parts a and b only] 23,24
		9.2:  pp 585-589		3-6
#2	8-28/30	SC IV.E	HW #2 Math 110 9.2 II Euler's Method	5-9 odd (a&b)
		9.2:  pp 589-591		19, 21
#3	9-5	SC IV.E	HW #3 DE's and exp.	20,21,24
		3.8 , 9.1		9.1: 3
		SC VI.A		9, 10, 15, 16
#4	9-7	SC VI.B 3.1 pp179-181; 3.6 pp 218-220;222 SC VI.C	HW #4 110 DE's and ln. (3.6)	13,14 p262: 20, 29, 33
#5	9-10	5.5	HW #5 110 Subst'w/ ln& exp (5.5)	5.5: 1-11 odd
#6	9-11	7.8 pp 519-523( omit Ex. 2)	HW #6 110 Improper Integration I (7.8)	7.8: 3-13 odd, 8
#7	9-13	SC VI.D 3.5:pg 213-4	HW #7 110F12 Arctan and improper integrals (7.8)	1-4;9-13;21,*(22&23) p214: 49, 54
#8	9-11/13	9.3 pp594-598	HW #8 110 Separable Diff'l Equations (9.3)	9.3: 1-5, 11,19,* 21
#9	9-14/17	9.4	HW #9 110 Cooling&Pop'n Models &DE's (9.4,3.8)	9.4:  3, 7
#10	9/19	7.4 pp 484-487 VII.F through Example VII.F.5  (rational functions)	HW #10 110 Partial Fractions I Quadratics (7.4)	7.4: 1a, 2,  7-11, 15, 19, 21 *SC VII.F :5,6,7,17
#11	9/24	SC VII.F	HW #11 110 Partial Fractions II cubics+	7.4: 3,4, 17,25, 27, 29, 33 *SC VII.F :1,3,10,14,15
#12	9/27	7.8: pp523-525	HW # 12 110 Improper Integrals II ( 7.8 )	7.8: 27-33 odd, 32; 49; *55; 57
#13	9/28	7.1 VII.C. Integration by Parts	HW #13 110 Integration by Parts ( 7.1 )	7.1:1-13 odd,26,28, 33,47,48 *[VII.C. 8,33,35]
#14	10/1		HW #14 110 More Improper integrals and Tests (7.8)
#14.5	10/2	7.7: pp 506-509; 511-513 Start  reading V.D	HW  #14.5 110 Linear Numerical Integration ( 7.7 )	7.7: 1 (a-c), 31a [*VII.C: 12,16]
#15	10/4	7.7: 511-13 More help on Simpson's rule,etc can be found in SC  V.D	HW #15 110 Quadratic Numerical Integration ( 7.7 )	7.7: 27, 29,30
Exam #1 self scheduled 10-17 covers Assigned Material through Assignment
#16	10/9	Read SC IXA	HW #16 - report on Moodle SC IXA 1,2, 3, 4, 6, 9, *10	SC IXA 1,2, 3, 4, 6, 9, *10
#17	10/11	Read IX B	HW #17 - report on Moodle SC IX B 1,2,4,5,7	SC IX B 1,2,4,5,7
#18	10/12		HW #18 IX B (ii)11,13,14  IX.C (i) 1-4
#19		IX C	HW #19 IX.C (ii) 5-9; 12,14,16-18
#19.5		IX.D X.A		IX. D:1,3,5    X.A: 1-3,5,7-9
#20		11.1 pp690-696 IX.D X.B1-4	HW #20 110SP12 Sequences I (11.1)	11.1:3-7;9-13 odd;17-21 IX.D: 8,10,14,15
#21		X.B1-4 11.1 :pp 696-699 11.2	HW #21 110SP12 Series I (11.2)	11.2: 9-17 odd;21-23, 41-43,47-49
#22		X.B1-4	HW #22 110Sp12 MORE Series II ( 11.2 )	11.3: 3-6, 11-13, 17,18 11.5:  3-6, 9-11
#23		11.3 : pp 714-717	HW #23 110Sp12 MORE Series III (Integral) ( 11.3 )	11.4:3-7 11.6 : 7, 13, 27, 2,8
#24		X.B5 Ratio Test For Positive Series 11.4: 722-724	HW #24 110SP12 Pos Series Comp&ratio (11.4/11.6)
#25		XI.A 11.5: 11.6 pp 732-736 middle, 737	HW #25 110SP12 Series IV (altern gen'l) 11.5-6	11.6:3-5, 17-19, 31
#26			HW #26 110SP12 Series V (Ratio gen'l) 11.5-6
#27			HW #27 110SP12 Power series I (11.8)
#28		7.2: pp471-473	HW #28 110SP12 integrals with sin and cos (7.2)
#29		7.2 pp 473-476	HW #29 110SP12 integrals with sec and tan (7.2)
#30			HW #30 110Sp12 Power series II (11.8&9)
Examination #2		Self Scheduled for Wed. Nov. 14 Covers material assigned through # 29
#31		6.1:pp 422-425	HW #31 110 Area revisited (6.1)
#32		6.1 pp425-426 (area) 7.3 VII.E	HW #32 110 F12 trig subs [sin and tan] (7.3)
#33			HW #33 110F12 Areas dy, sec trig & subs 6.1,7.3
#34			HW #34 110F12 Paramet . Length (8.1;10.1,10.2)
#35
Not yet ASSIGNED.
#37		6.2 pp 422-425 example 2 6.2 pp 425-430 (volume) 6.4 (work)	HW #37 110 Volume I ;Work I (6.2,6.4)	6.2: 7,19,23,41 6.4: 3, 5,7
		Appendix C pp A16-A23 6.5		App C: 1,3,5, 11-23 odd 6.4:13, 17 6.5: 1- 4
		10.1 pp 621-623 8.1:p525-526 10.2 pp 633-634 10.2 pp630-633 10.3 pp639-643; 644-646 10.4 pp650, 652		10.1:1,3,5-7,11,12,19,24,28 10.2: 41, 42,45 *48 10.2:1,3,5, 11, 17, 31 10.3: 3,5(i), 15,17,56,57 10.4: 1,9

   
 



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Martin Flashman's Home Page :)