| Official Course
  Description: MCCCD Approval: 12-13-05 | |||
| MAT213
   2006 Fall – 2009 Fall | LEC  | 4.0 Credit(s)  | 4.0 Period(s)  | 
| Brief
  Calculus  | |||
| Introduction
  to the theory, techniques, and applications of the differential and integral
  calculus of functions with problems related to business, life, and the social
  sciences.  Prerequisites: Grade of "C" or
  better in MAT150, or MAT151, or MAT152, or MAT187 or equivalent, or
  satisfactory score on District placement exam.  | |||
Go to Competencies    Go to Outline
 
| MCCCD
  Official Course Competencies:  | |
|   | |
| MAT213  2006
  Fall – 2009 Fall | Brief Calculus  | 
| 1.
   | Find derivatives of functions using both the definition
  and theorems. (I)  | 
| 2.
   | Use the derivative to solve and analyze application
  problems related to business, life, and the social sciences. (II)  | 
| 3.
   | Use technology to model, solve, and analyze problems
  related to real-world applications. (II, IV)  | 
| 4.
   | Find the integral of functions using theorems. (III)  | 
| 5.
   | Use the integral to solve and analyze application problems
  related to business, life, and the social sciences. (IV)  | 
Go to Description    Go to top of
Competencies
 
| MCCCD
  Official Course Outline:  | ||
|   | ||
| MAT213  2006
  Fall – 2009 Fall | Brief Calculus  | |
| 
 | ||
| I. Derivatives  A. Limits  B. Slope and rate of change
   C. Definition of the
  derivative  D. Rules of differentiation
   1. Product  2. Quotient  3. Chain rules  4. Implicit  5. Related rates  6. Higher order  II. Applications of the
  Derivative  A. Increasing and
  decreasing functions  B. Extrema
  and first-derivative test  C. Concavity and
  second-derivative test  D. Optimization problems  E. Applications to
  business, life, and social sciences, including velocity and marginals  III. Integration  A. Antiderivatives
  and indefinite integrals, including substitution and integration by parts  B. Definite integrals and
  the fundamental theorem of calculus  C. Improper integrals  IV. Applications of
  Integration  A. Area under a curve  B. Area between two curves  C. Applications to
  business, life, and the social sciences  | 
 | |