Admin: /* Chapter 4 Objectives */

2016-09-19T06:45:55Z

Chapter 4 Objectives

← Older revision		Revision as of 06:45, 19 September 2016
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	* Graph linear functions		* Graph linear functions
	* Use average rate of change to identify linear functions		* Use average rate of change to identify linear functions
	* Determine whether ~~linea rr~~ function is ~~incr decr~~ or ~~const~~		* Determine whether linear function is increasing, decreasing, or constant
	* ~~build~~ linear models from verbal ~~descr~~		* Build linear models from verbal descriptions

	Section 4.2:		Section 4.2:
	* Draw ~~nad~~ interpret scatter diagrams		* Draw and interpret scatter diagrams
	* Distinguish between linear and ~~nonlinera~~ relations		* Distinguish between linear and nonlinear relations
	* Use ~~graping~~ utility to find line of best fit		* Use graphing utility to find line of best fit

	Section 4.3:		Section 4.3:
	* Graph a quadratic function using transformations		* Graph a quadratic function using transformations
	* Identify the vertex and axis of symmetry of quad ~~func~~		* Identify the vertex and axis of symmetry of quad functions
	* ~~Grpah quad func~~ using vertex, axis, and intercepts		* Graph quadratic functions using vertex, axis, and intercepts
	* Find ~~quad~~ function given its vertex and one other point		* Find quadratic function given its vertex and one other point
	* Find the max or min value of a ~~quad func~~		* Find the max or min value of a quadratic function

	Section 4.4:		Section 4.4:
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	Section 4.5:		Section 4.5:
	* Solve inequalities involving a quadratic function		* Solve inequalities involving a quadratic function


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	{{Math102Flag}}		{{Math102Flag}}

Admin: Created page with "=Chapter 4: Linear and Quadratic Functions= Chapter 4: Linear and Quadratic Functions * Linear functions and properties * Linear models and functions from data * Quadratic fu..."

2016-09-19T06:44:44Z

Created page with "=Chapter 4: Linear and Quadratic Functions= Chapter 4: Linear and Quadratic Functions * Linear functions and properties * Linear models and functions from data * Quadratic fu..."

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=Chapter 4: Linear and Quadratic Functions=

Chapter 4: Linear and Quadratic Functions
* Linear functions and properties
* Linear models and functions from data
* Quadratic functions and properties
* Quadratic models and functions from data and descriptions
* Inequalities with quadratics

==Section 4.1: Linear Functions and their Properties==

y = mx + b

Graphing a linear function

Using average rate of change to identify linear function

Determining whether linear function is increasing, decreasing, or constant

Building models from verbal descriptions

Straight-line depreciation

Supply and demand

==Section 4.2: Linear Models==

Drawing and interpreting a scatter diagram

Distinguishing between linear and nonlinear relationships

Finding a model for linearly related data

Finding a model for linearly related data

==Section 4.3: Quadratic Functions and their Properties==

Quadratic functions

Graphing quadratic function using transformations

Locating vertex without graphing

Graphing quadratic function using vertex, axis, and intercepts

Graphing quadratic function using vertex, axis, and intercepts

Finding quadratic function given vertex and one other point

Finding min or max value of quadratic function

Steps for graphing a quadratic function

==Section 4.4: Quadratic Models==

Maximizing revenue

Maximizing the area enclosed by fence

Analyzing motion of projectile

Golden gate bridge

Fitting quadratic function to data

==Section 4.5: Quadratic Inequalities (SKIP)==

<s>Solving inequality

Solving inequality

Solving inequality</s>

=Chapter 4 Objectives=

Section 4.1:
* Graph linear functions
* Use average rate of change to identify linear functions
* Determine whether linea rr function is incr decr or const
* build linear models from verbal descr

Section 4.2:
* Draw nad interpret scatter diagrams
* Distinguish between linear and nonlinera relations
* Use graping utility to find line of best fit

Section 4.3:
* Graph a quadratic function using transformations
* Identify the vertex and axis of symmetry of quad func
* Grpah quad func using vertex, axis, and intercepts
* Find quad function given its vertex and one other point
* Find the max or min value of a quad func

Section 4.4:
* Build quadratic models from verbal descriptions
* Build quadratic models from data

Section 4.5:
* Solve inequalities involving a quadratic function

=Flags=

{{Math102Flag}}

Math 102/Chapter 4 - Revision history

Admin: /* Chapter 4 Objectives */

Admin: Created page with "=Chapter 4: Linear and Quadratic Functions= Chapter 4: Linear and Quadratic Functions * Linear functions and properties * Linear models and functions from data * Quadratic fu..."