Initial Value 1st2nd3rd4th At midnight, there was 1 bacterium. The number of bacterium doubled every hour SITUATION 1 Snowfall Xy TABLE GRAPH SEQUENCE.

Slides:



Advertisements
Similar presentations
General Form and Graph for an Exponential Function.
Advertisements

State the domain and range of each function. 3.1 Graphs of Exponential Functions.
Exponential Functions
Linear Representation and Equations of Lines
Day 5 Book Section 7.8 Get 2 grids for the 2 shift problems!
slope & y-intercept & x- & y- intercepts
Basic Functions and Their Graphs
Create a table and Graph:. Reflect: Continued x-intercept: y-intercept: Asymptotes: xy -31/3 -21/2 1 -1/22 xy 1/ /2 3-1/3.
TODAY IN ALGEBRA…  Learning Target : 8.5 You will write and graph exponential growth models.  Independent Practice.
Section 6.2 Exponential Function Modeling and Graphs.
Initial Value 1st2nd3rd4th There are two inches on the ground at midnight. Each hour the snowfall increase by ½ inch. SITUATION 1 Snowfall Xy TABLE GRAPH.
Is this relation a function? Explain. {(0, 5), (1, 6), (2, 4), (3, 7)} Draw arrows from the domain values to their range values.
Section 1.2 Exponential Functions
Lesson 6.2 Exponential Equations
Exponential Growth Exponential Decay
Exponential Growth Exponential Decay Graph the exponential function given by Example Graph the exponential function given by Solution x y, or f(x)
Over Lesson 7–5 5-Minute Check 1 The graph of y = 4 x is shown. State the y-intercept. Then use the graph to approximate the value of Determine.
Exponential Functions
4.4 Equations as Relations
Exploring Exponential Functions
Chapter 4 Jeopardy. JEOPARDY The Coordinate Plane Graph Using a Table Graph Using Intercepts SlopeSlope- Intercept Form Random
Find the x and y-intercepts from the graph. Find the intercepts and state domain and range.
1) f(x) = x 2 – 3 x + 2. The domain of f(x) is {1, 3, 5, 7}. Find the range. f(1) = 1 – = 0 f(3) = 9 – = 2 f(5) = 25 – = 12 f(7) =
Functions. Warm Up Solve each equation. 1.2x – 6 = x = X + 29 = x – 5 – 4x = 17 x = 14 x = - 7 x = -15 x = 11.
Lesson 1-3, 1-4 Represent Functions as Graphs; Graphing Linear Equations using Intercepts.
Graphing Test Review Algebra. Express the relation as a set of ordered pairs and the inverse. xy
8.1-2 – Exponential Functions. Ex. 1 Sketch the graph of y = 2 x. Then state the functions domain & range.
(7.1 & 7.2) NOTES- Exponential Growth and Decay. Definition: Consider the exponential function: if 0 < a < 1: exponential decay if a > 1: exponential.
7.1 Exponential Models Honors Algebra II. Exponential Growth: Graph.
State the domain and range of each function Exponential Growth and Decay.
Writing Exponential Growth Functions
Exponential Functions Graphing. Exponential Functions  Graphing exponential functions is just like graphing any other function.  Look at the graph.
PRE-ALGEBRA. Lesson 8-2 Warm-Up PRE-ALGEBRA Equations with Two Variables (8-2) What is a “solution”? How do you find a solution when given one of the.
5, 7, 9, 11, 13, 15, Next = Now + 2; Starting at 5 Y = 2x + 5 Slope (change) Y-intercept (starting value) Next = Now + SLOPE; Starting at Y-INTERCEPT.
a≠0, b>0,b≠1, xєR Exponential Growth Exponential Decay (0,a) b > 1, b = _______________ a = __________________ H. Asymptote: y = ______ 0 < b < 1, b =
Lines, Links, Lullabies, Lyrics for Algebra 1 Gregory Fisher, Mt. Tabor High School, Winston-Salem, NC
Review of Chapter 8. Graphing Exponential Functions: Make and table and graph the function for the domain {0, 1, 2, 3} Plug in 0, 1, 2, and 3 in for x.
Domain & Range Domain & Range Algebra 1 By: A. C. Rivera.
Initial Value 1st2nd3rd4th At midnight, there was 1 bacterium. The number of bacterium doubled every hour SITUATION 1 Snowfall Xy TABLE GRAPH SEQUENCE.
Exponential Functions Exponential Growth Exponential Decay y x.
REVIEW: SLOPE OF A LINE What is slope of a line? --how to move from one point on the line to another point on the line A B C D --these moves are classified.
Pre-Algebra 12-6 Exponential Functions 12-6 Exponential Functions Pre-Algebra Warm Up Warm Up Problem of the Day Problem of the Day Lesson Presentation.
7-1 Exponential Functions
Exponential Growth and Decay. M & M Lab Part 1- Growth What happened to the number of M&Ms? Part 2-Decay What happened to the number of M&Ms? Increased.
11-6 Inverse Variation. Problem 1: Writing an Equation Given a Point.
CHAPTER 4 REVIEW October  What method should we use to solve the system of equations ? Hmmm.. I have a lonely letter…. SUBSTITUTION Neither is.
Graphing Square-root Functions Domain:all nonnegative numbers Range:all numbers greater than or equal to k Domain: Range: xy
Holt Algebra Linear, Quadratic, and Exponential Models Warm Up Find the slope and y-intercept of the line that passes through (4, 20) and (20, 24).
Notes Over 9.2 Graphing a Rational Function The graph of a has the following characteristics. Horizontal asymptotes: center: Then plot 2 points to the.
Coordinate Algebra Practice EOCT Answers Unit 3. #1 Unit 3 Two lines are graphed on this coordinate plane. Which point appears to be a solution of the.
Review – Forms of Linear Equations Solo Time – no talking!
7.6 Exponential Functions. Definitions What is a linear function? y = mx + b Any function whose graph is a line. Any function with a constant rate of.
Graphs of Exponential Functions. Exponential Function Where base (b), b > 0, b  1, and x is any real number.
TEST REVIEW UNIT 6 CCA WEEK 12. Write an equation: How many eggs do you have (y) if you buy x dozen eggs and break 4.
Do Now Lesson Classwork Lesson Classwork TTL (5 min) (10 min) (5 min) (10 min) (5 min) Do Now 1) Solve for y: Do Undo Translate the following statements.
Chapter 4 – Graphing Linear Equations and Functions Algebra I A - Meeting 23 Example # 1 Step 1 : Make a Input-Output Table: Step 2 : List & Plot the Ordered.
Piecewise Functions At least 2 equations, each of which applies to a different part of the functions domain. It is like having 3 equations for 3 different.
Warm Up Find a partner at your table.
Y = 1(2)x or y = 2x 2 1 NEXT=NOW*2; starting at 1 SITUATION 1 Snowfall
Piecewise Functions At least 2 equations, each of which applies to a different part of the functions domain. It is like having 3 equations for 3 different.
Piecewise-defined Functions
Objectives Identify linear functions and linear equations.
Warm Up Find a partner at your table.
y x y = x + 2 y = x + 4 y = x – 1 y = -x – 3 y = 2x y = ½x y = 3x + 1
Algebra Exponentials Jeopardy
Beth begins with $10 in the bank and
Domain and Range.
x/÷ Numbers Year 3-4 – Multiply and divide a multiple of 10
Chapter 4 Review.
y x y = x + 2 y = x + 4 y = x – 1 y = 6x – 3 y = 2x y = ½x y = 3x + 1
Presentation transcript:

Initial Value 1st2nd3rd4th At midnight, there was 1 bacterium. The number of bacterium doubled every hour SITUATION 1 Snowfall Xy TABLE GRAPH SEQUENCE MULTIPLIER (rate of change) Y-intercept (initial value) NEXT-NOW STATEMENTPractical Domain Practical Range EQUATION 1 2 Y = 1(2) x or y = 2 x Hour after midnight Number of Bacterium X NEXT=NOW*2; starting at 1 All non-negative numbers All numbers at least one X 2 Plot points from graph

SITUATION 2 Amount of Flowers Xy TABLE GRAPH SEQUENCE Initial Value 1st2nd3rd4th MULTIPLIER (rate of change) Y-intercept (initial value) Practical Domain Practical Range EQUATION NEXT-NOW STATEMENT Y = 6(1/3) x

SITUATION 3 Savings Account Xy TABLE GRAPH SEQUENCE Initial Value 1st2nd3rd4th MULTIPLIER (rate of change) Y-intercept (initial value) Practical Domain Practical Range EQUATION NEXT-NOW STATEMENT

SITUATION 4 Stock Investment Xy TABLE GRAPH SEQUENCE Initial Value 1st2nd3rd4th MULTIPLIER (rate of change) Y-intercept (initial value) Practical Domain Practical Range EQUATION NEXT-NOW STATEMENT

SITUATION Value of a Car Xy TABLE GRAPH SEQUENCE Initial Value 1st2nd3rd4th 17,00014, MULTIPLIER (rate of change) Y-intercept (initial value) Practical Domain Practical Range EQUATION NEXT-NOW STATEMENT

SITUATION 6 Evaporation of Water Xy TABLE GRAPH SEQUENCE Initial Value 1st2nd3rd4th MULTIPLIER (rate of change) Y-intercept (initial value) Practical Domain Practical Range EQUATION NEXT-NOW STATEMENT

SITUATION 7 Attendance Increase Xy TABLE GRAPH SEQUENCE Initial Value 1st2nd3rd4th MULTIPLIER (rate of change) Y-intercept (initial value) Practical Domain Practical Range EQUATION NEXT-NOW STATEMENT NEXT=NOW*1.5; starting at 16

SITUATION 8 Population of a Village X Years since 2010 Y Population TABLE SEQUENCE Initial Value 1st2nd3rd4th MULTIPLIER (rate of change) Y-intercept (initial value) Practical Domain Practical Range EQUATION NEXT-NOW STATEMENT

SITUATION 9 Volume of Balloon Xy TABLE GRAPH SEQUENCE Initial Value 1st2nd3rd4th MULTIPLIER 3 (rate of change) Y-intercept 2/3 (initial value) Practical Domain Practical Range EQUATION NEXT-NOW STATEMENT

The value of an antique vase was $1800 in Each year, it increased its value by 8.5% SITUATION 10 Xy TABLE SEQUENCE Initial Value 1st2nd3rd4th MULTIPLIER (rate of change) Y-intercept (initial value) Practical Domain Practical Range EQUATION NEXT-NOW STATEMENT

SITUATION 11 Number of Friends on a Social Media Network Xy TABLE GRAPH SEQUENCE Initial Value 1st2nd3rd4th MULTIPLIER (rate of change) Y-intercept (initial value) Practical Domain Practical Range EQUATION NEXT-NOW STATEMENT

SITUATION 12 ______________________________ Xy TABLE GRAPH SEQUENCE Initial Value 1st2nd3rd4th MULTIPLIER (rate of change) Y-intercept (initial value) Practical Domain Practical Range EQUATION NEXT-NOW STATEMENT