INSTRUCTOR:
Name: Dr. Angelo Mingarelli ,
Office: Herzberg Physics Building Office #4250
Tel/Fax: (613) 520 3534
Electronic mail: amingare@math.carleton.ca
Photograph: Optional
Office Hours: N/A
TEXTBOOK(S):
Calculus, by Angelo B. Mingarelli (The Millennium Series), along
with a Solutions Manual (bundled together). Available at the Bookstore
on or before August 24th., Cost: $59.95 + GST. For
updated pages to the Solutions,
click here for page 653, here
for page 654, and click
here. for page xii.
PREREQUISITES:
The prerequisites for this course are:
(1) Ontario Grade 12 Advanced Level Mathematics, or Carleton University
69.006*, or former Ontario Grade 13 Functions,
(2) Ontario OAC Calculus, or Carleton University 69.007*, or approved
equivalent. Students who have not passed the prerequisite course may be
automatically de-registered during the term. Those that have done poorly
in the prerequisites are strongly urged to take 69.007* before attempting
69.107*. Do get advice from the instructor or from the Mathematics Undergraduate
Advisor Ken Small, in 4380 Herzberg Building.
EVALUATION
Your grade will be calculated either as:
(i) Term Mark 40%;
(ii) Final Examination 60%
OR,
(iii)Final Examination 100% whichever is better.
In any event, your final course grade is the larger of the two numbers:
A and B where A=(i)+(ii) and B=(iii).
If you do all the weekly quizzes, homework and tests, as well as the
sample tests and final exams on this website, you'll likely pass (maybe
even Ace it!).
TERM MARK:
The term mark will be derived from:
(a) 3 Tests; BUT we choose the best 2/3, for (20/40);
(b) 2 BIG Assignments (20/40).
Note:The "best x of y" rules allow you to miss some of the term
events for any reason (medical or otherwise).
Only under highly exceptional circumstances will a test be postponed
to a later date.
I WANT TO DROP THIS!
Last Date for dropping this course is November 5, 1999.
SUPPLEMENTAL EXAMINATION
No Supplemental examinations
CALCULATORS
You may use a non-programmable calculator for the examinations
and tests in this course:
One of either Sharp EL-531 (usually available in the Bookstore)
or Casio FX-991 or any other approved non-programmable calculator
September 9, 1999
Day of Week, Building, Time
e.g., Wednesdays, 360 Tory Building, 8:30 a.m.
All tutorials are held on ?? at ?? and will begin on Sep. ... (TBA) in various locations depending on your section and the first letter of your family name (surname, cognome(n)):
FAQ on Tutorials
Where do I go? Normally your section is given to you at registration time. Otherwise, this depends on your section letter and/or on the first letter of your family name; see the preceding paragraph for details about which room you'll go to.
Do I HAVE to go? Well, if you want to pass those tests and get your assignments to count on your behalf, then, YES, do go. If all you want to do is write the final exam, then that's OK, too; see the EVALUATION item above.
Who is my T.A.? Go the required class and ask him/her
STATUTORY HOLIDAYS: September 6 and October 11 ...University closed. NO UNDERGRADUATE CLASSES on October 8 as this is University Day;
WINTER BREAK: N.A.
CLASSES END: Monday, December 6, 1999
Please note that the mathematics TUTORIAL CENTRE,
in Herzberg Physics Building, Room 4385, will be opening Monday,
Sep. 27
Tutors advertise frequently on the Notice Boards
around the Centre.
Hours for the center are as follows:
MONDAYS TO THURSDAYS: 10 AM TO 4 PM
FRIDAYS: CLOSED
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Derivatives. |
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Implicit Differentiation. Derivatives of Trigonometric Functions. |
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Derivatives of Inverse Trigonometric Functions. Newton's Method. L'Hospital Rule |
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Exponential and Logarithmic Functions and Their Derivatives |
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Laws of Growth and Decay. Maximum and Minimum Values. |
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First and Second Derivative Test. Curve Sketching. Indefinite Integrals |
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Definite Integrals, Area Under a Curve, Fundamental Theorem of Calculus. |
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Integration by substitution. Integration by Parts. |
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Integration by Partial Fractions. Products and Powers of Trigonometric Functions. |
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Trigonometric Substitution. Numerical Integration |
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Areas Between two Curves, The Volume of a solid of revolution. |
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Simple Differential Equations. |
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Sample Final Exams. |
Using CHAT:
| Lanark House - Rm. 121 |
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| Library - Rm. 403
Library - Rm. 411 |
With two cash-card operated HP Laser printers | |
| Loeb - Rm. B241 |
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| Loeb - Rm. B250 | ||
| Loeb - Rm. C460 | With a cash-card operated HP Laser printer | |
| Loeb - Rm. C479 | ||
| Southam Hall - Rm. 507 | With a cash-card operated HP Laser printer | |
| Southam Hall - Rm. 509 | ||
| St. Patrick's - Rm. 309A | With a cash-card operated HP Laser printer |