Unit 5 Differentiation & Integration Applications
Students will inevitably delve into three-dimensional models on a two-dimensional cartesian plane. Integration will be used as a means to compute various models such as area and volumes. Also, examining a variety of disciplines such as economics, physics, statistics and engineering will be the key focus in this unit. Student will solve problems like maximizing and minimizing materials in a product and relating different rates that vary over time by using differentiation techniques.
DATES |
THE LECTURES |
HELPFUL VIDEOS |
ASSIGNMENTS |
October 30
|
page 394: 1-6, 15-17, 22-27,
page 290: 1-4 (from last unit) |
October 31
|
page 291: 31-36
|
November 1
|
page 407: 7 - 14
|
November 3
|
page 226: 1-3, 5-6, 9
|
November 8 - November 9
|
page 328: 29-40, page 327: 11-14
|
November 10 - November 13
|
5.8 the logistical curve.
*BC TOPIC ONLY |
November 14
UNIT 5 REVIEW BEFORE EXAMINATION* |
unit 5 study guide.
|
November 15
EXAMINATION DAY* |
UNIT 5 EXAMINATION
|
Sources
Textbook Finney, L., Waits, B., Demana, F., Kennedy, D. (2007). Calculus: Graphical, Numerical, Algebraic (3rd ed.). New Jersey: Prentice Hall.
Videos www.patrickjmt.com
Textbook Finney, L., Waits, B., Demana, F., Kennedy, D. (2007). Calculus: Graphical, Numerical, Algebraic (3rd ed.). New Jersey: Prentice Hall.
Videos www.patrickjmt.com