'Cubic functions' presentation slideshows

DIFFERENTIAL CALCULUS

DIFFERENTIAL CALCULUS. Outcomes for this session. By the end of this session, you should be able to: Develop an intuitive understanding of the limit concept, in the context of approximating the rate of change or gradient of a function at a point.

898 views • 59 slides

Lesson 13-6 Pages 692-696

Lesson 13-6 Pages 692-696. Graphing Quadratic and Cubic Functions. What you will learn!. How to graph quadratic functions. How to graph cubic functions. Vocabulary. What you really need to know!. To graph a quadratic or cubic function, make a table of values and plot the points.

380 views • 26 slides

4.3 Patterns and Non-Linear Functions:

Nonlinear: Is a function whose graph is not a line or part of a line. 4.3 Patterns and Non-Linear Functions:. Family of Functions: is a group of functions with common characteristics. . Parent Function: is the simplest function of a family of functions. . GOAL: .

773 views • 24 slides

Contents

A9 Graphs of non-linear functions. Contents. A9.1 Plotting curved graphs. A. A. A9.3 Using graphs to solve equations. A. A9.2 Graphs of important non-linear functions. A9.4 Solving equations by trial and improvement. A. A9.5 Function notation. A. A9.6 Transforming graphs. A.

231 views • 23 slides

Higher-Degree Polynomials

Higher-Degree Polynomials. Lesson 7.7. Polynomials with degree 3 or higher are called higher-degree polynomials.

364 views • 17 slides

Polynomial Functions

318 views • 17 slides

Graphing Functions

Mr.Kaslavage Grade 11 trig Mathematics. Graphing Functions. Please view each function before moving on. Quadratic. Cubic. Absolute Value. Linear. Exponential. Circle. Sin(x). Square Root. These are Linear Functions. Some examples of linear equations are Y=3X+5 Y=43X Y=6-X.

278 views • 15 slides

Cubic Functions

Cubic Functions. To explore general patterns and characteristics of cubic functions To learn formulas that model the areas of squares and the volumes of cubes To explore the graphs of cubic functions and transformations of these graphs To write the equation of a cubic function from its graph.

1.55k views • 15 slides

Objectives

Material Taken From: Mathematics for the international student Mathematical Studies SL Mal Coad , Glen Whiffen , John Owen, Robert Haese , Sandra Haese and Mark Bruce Haese and Haese Publications, 2004. Objectives. To identify a cubic and a rational function and their properties.

207 views • 14 slides

Ch 6 - Graphing

Ch 6 - Graphing. Day 5 - Domain & Range. Domain. the set of all inputs that will have an output most types of graphs have the domain of all real numbers UNLESS: Rational Function Radical Function. Range. the set of all output that are possible from a given domain

133 views • 13 slides

Chapter 2 Review

193 views • 11 slides

3.1 Graph Cubic Functions

May 10-13 and May 17-20: School starts at 7:15 for EOCT testing!. 3.1 Graph Cubic Functions. 3.1, 3.3 Test: May 4 Computer Lab (C28): May 5 3.6, 3.8, 3.12 Quiz: May 12 3.6, 3.8, 3.12, 3.13 Test: May 18 Final Exam: May 25. Vocabulary.

864 views • 10 slides

Functions & Graphs Christmas Revision

Functions & Graphs Christmas Revision. Put simply, a function is a rule which helps us use one number to produce a different number. Eg . f(x) = 5x + 8 if we input -3 instead of x... f(-3) = 5(-3) + 8 =-15 + 8 f(-3) = -7 When we input -3, we get -7. Ctd.

165 views • 10 slides

Transforming Functions

Transforming Functions. Part 1: Vertical Shifts. Review of Parent Graphs. Linear y = x Quadratic y = x 2 Cubic y = x 3 Absolute Value Y = IxI Square Root Y = ?x Inverse Y = 1/x. Vertical Shift: Linear Functions. y = x + 2

189 views • 8 slides

Chapter 2 Review

186 views • 8 slides