Write equation or Describe Transformation. Write the effect on the graph of the parent function down 1 unit1 2 3 Stretch by a factor of 2 right 1 unit.

Slides:



Advertisements
Similar presentations
Order of function transformations
Advertisements

Your Transformation Equation y = - a f(-( x ± h)) ± k - a = x-axis reflection a > 1 = vertical stretch 0 < a < 1 = vertical compression -x = y-axis reflection.
Section 2.5 Transformations of Functions. Overview In this section we study how certain transformations of a function affect its graph. We will specifically.
With Ms. Fleming $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400.
6.5 - Graphing Square Root and Cube Root
3.6 Graph Rational Functions Part II. Remember Rational functions have asymptotes To find the vertical asymptote, set the denominator = 0 and solve for.
Parent Functions General Forms Transforming linear and quadratic function.
Objectives: Explore features of the absolute-value function. Explore basic transformations of the absolute-value function. Standards Addressed: O:
Section 3.5 Graphing Techniques: Transformations.
Graphing Absolute Value Without a Calculator Objective: You should be able to graph absolute value functions (including their changes) without a calculator.
Unit 1 part 2 Test Review Graphing Quadratics in Standard and Vertex Form.
Graphing Exponential function parent function: y = 2 x X is the exponent!!! What does this look like on a graph? In the parent function the horizontal.
Square Root Function Graphs Do You remember the parent function? D: [0, ∞) R: [0, ∞) What causes the square root graph to transform? a > 1 stretches vertically,
Section 9.3 Day 1 Transformations of Quadratic Functions
EXAMPLE 1 Compare graph of y = with graph of y = a x 1 x 1 3x3x b. The graph of y = is a vertical shrink of the graph of. x y = 1 = y 1 x a. The graph.
Algebra 2 5-R Unit 5 – Quadratics Review Problems.
Section 3-2: Analyzing Families of Graphs A family of graphs is a group of graphs that displays one or more similar characteristics. A parent graph is.
Quadratic Functions Unit Objectives: Solve a quadratic equation.
Lesson 13.3 graphing square root functions
Graphing Technique; Transformations
2.6 Families of Functions Learning goals
Investigation Reflection
Find the x and y intercepts.
Section 6.2 – Graphs of Exponential Functions
Pre-AP Algebra 2 Goal(s):
Inequality Set Notation
Interesting Fact of the Day
Absolute Value Transformations
Warm-Up 1. On approximately what interval is the function is decreasing. Are there any zeros? If so where? Write the equation of the line through.
Unit 5 – Quadratics Review Problems
Use Absolute Value Functions and Transformations
10.5 Graphs of Radical Functions
2.6 Translations and Families of Functions
1.6 Transformations of Parent Functions Part 2
How does one Graph an Exponential Equation?
Functions and Their Graphs
Unit 5a Graphing Quadratics
Chapter 15 Review Quadratic Functions.
Graphing Exponential Functions
Unit 3 Day 10 – Transformations of Logarithmic Functions
Parent Functions.
Chapter 15 Review Quadratic Functions.
y x Lesson 3.7 Objective: Graphing Absolute Value Functions.
Parent Functions.
Transformation rules.
6.9 Graphing Exponential Equations
2.5 Graphing Techniques; Transformations
2-6 Families of Functions
SQUARE ROOT Functions Radical functions
Parent Function Transformations
2.1 Transformations of Quadratic Functions
Functions and Transformations
Horizontal Shift left 4 units Vertical Shift down 2 units
Shifting, Reflecting, and Stretching Graphs
Determining the Function Obtained from a Series of Transformations.
Graphing Logarithmic functions
Translations & Transformations
7.4 Graphing Exponential Equations
Bellringer August 23rd Graph the following equations
2.5 Graphing Techniques; Transformations
15 – Transformations of Functions Calculator Required
Warm-up: Write the explicit and recursive rule for the sequence:
Name the quadrant or the axis on which the following points lie.
Warm-up: Write the explicit and recursive rule for the sequence:
First, identify the DOMAIN and RANGE for the relation below:
Shifting.
Transformation of Functions
Unit 5a Graphing Quadratics
What is the domain and range for the function f(x) =
Warm up honors algebra 2 3/1/19
Presentation transcript:

Write equation or Describe Transformation

Write the effect on the graph of the parent function down 1 unit1 2 3 Stretch by a factor of 2 right 1 unit Compressed by a factor of left 5units up 4 units

Write the effect on the graph of the parent function Reflection over x-axis 4 left 3 units 5 6 Reflection over x-axis left 4 units Up 5 units Compressed by a factor of Down 6 units

Write the equation for the following Start with 1 2 Shift 2 units right and 4 units up Reflect over x-axis, compress by factor of shift down 3 units

Write the equation for the following Start with 1 2 Shift 3 units left and 2 units down Reflect over x-axis, shift up 3 units

Write the equation for the following Start with 1 2 Reflect over x-axis, Stretch by factor of 3 Move right 2 units Shift down 4 units shift up 3 units

Write an equation from the given graph. Identify the Domain and Range. 1 domain range All real numbers

Write an equation from the given graph. Identify the Domain and Range. 2 domain range

Write an equation from the given graph. Identify the Domain and Range. 3 domain range