CALCULUS EE005 (4 CREDIT HOURS) Mr Veerapen, M.K. mkveerapen@ucsi.edu.my INTRODUCTION OF CALCULUS Lectures: Tuesday, 12.30 pm – 2 pm Venue: C407 Thursday, 7.30 am – 9.30 am Venue: C207 Tutorials: Wednesday, 9.30am – 11am Venue: C312 Thursday, 2pm – 3.30pm Venue: C202 * Students may choose one TUTORIAL session only to attend. ** No skipping and switching between sessions. *** Cancellation of tutorials will be notified during lectures. **** No tutorials will be held during assessment weeks. ASSESSMENT Test 1 Test 2 Mid-term Final exam TOTAL 10% 10% 20% 60% 100% * Tutorials/Assignments may be prorated into Test marks COMMON RULES AND REGULATIONS Attendance the class. will only be given to those who attend Students are not allowed to sign their attendance for their friends. If found to do so, action will be taken. Students are to switch off their mobile phones during lectures. Students should not in any way interrupt the class but students are allowed to ask questions related to the class. COMMON RULES AND REGULATIONS All tutorials/assignments are to be genuinely prepared by the students themselves. If found plagiarising, no marks will be given for the report. Cheating in any form during quiz/tutorials/midterm are not allowed. If found, students will not be given marks for the quiz/tutorials/midterm and will be barred from the final. Student(s) shall leave the class if he/she/they is/are found unable to abide to these rules. COMMON RULES AND REGULATIONS: ASSESSMENTS No replacement will be given to students unless medical cert (MC) from a government hospital or UCSI clinic ONLY is produced. Notification of absence must be e-mailed to lecturer within ONE working day. Failure to do so will result in immediate 0 for the absent assessment. REQUIREMENTS Always bring paper for rough calculations and jotting notes Calculators Ask (Scientific) – mandatory! questions if you are unclear Never be shy to ask ‘silly’ questions for they just may very well be on others’ minds. COURSE OUTLINE Derivatives Limit, slope of the tangent line, the derivative fraction Properties of derivatives, The chain rule, derivatives of trigonometric, logarithmic, and exponential functions. Higher order derivatives. Curve Sketching Maximum and minimum values. Application of derivatives to motion (velocity and acceleration) and curve sketching. COURSE OUTLINE Integrals the definition of the integral properties of the integral improper integrals. Integration by parts and trigonometric substitutions. Integration using the method change of variables. Area under/between a curve(s) Volume of revolution. Applications - work and pressure. COURSE OUTLINE Series Sequences and series Infinite series sum of infinite series. Power series MacLaurin’s series Taylor series exponential and logarithmic series trigonometric series. LEARNING OUTCOMES To understand the ideas of Calculus. To analyse and solve problems from different domains that require limits, derivatives, integration of functions and series. To develop specific skills in selecting and using an appropriate problem-solving strategy or combination of strategies. To apply a variety of methods to solve real-life, practical, technical, and theoretical problems. CONSULTATION HOURS Can be found in Faculty of Applied Sciences (Blue door). Please make an appointment (by e-mail) prior to meeting me. REFERENCES Will be updated from time to time Calculus and It’s Applications: 12th Edition by Goldstein et al.. Pearson Ed. Calculus: 9th Edtion by Varberg et al. Pearson Ed. USEFUL SOFTWARE/MEDIA Microsoft Math (Microsoft Student package) Graphing Calculator http://my.hrw.com/math06_07/nsmedia/tools/Graph _Calculator/graphCalc.html Interactive Math http://www.intmath.com/ LEARNING IS A 2 WAY PROCESS NO ONE KNOWS EVERYTHING DO NOT BE AFRAID TO ASK QUESTIONS WEEKLY HOMEWORK Visit this wikispace weekly for notes, weekly activity and announcements:- http://ee005-sept09.wikispaces.com/