NET AND TOTAL CHANGE Sect. 6-4. Remember Rate of change = derivative F’(x) represents the rate of change of y = F(x) with respect to x F(b) – F(a) is.
Assertive Discipline/Canter Model
PARALLEL AND PERPENDICULAR LINES……. Slopes…… Parallel Lines: The slopes are EQUAL for parallel lines. Perpendicular Lines: The slopes are opposite reciprocals.
P ERIMETER : T HE DISTANCE AROUND A FIGURE Example What is the perimeter of the figure below? 12 ft 9 ft 6 ft 18 ft 15 ft 12 ft + 9 ft + 6 ft +
8.1 Exponential Growth Goal: Graph exponential growth functions.
Yanling Sun, Ph.D Carolyn Masterson, Ed. D. Implementing ePortfolio among Pre-service Teachers and Interns Montclair State University.
11-3: SOLVING RADICAL EQUATIONS Essential Question: What is an extraneous solution, and how do you find one?
Yanling Sun, Ph.D Carolyn Masterson, Ed. D.