Bellringer (answer questions 1-4) Homework due Thursday

Slides:



Advertisements
Similar presentations
Bellringer.
Advertisements

WARM UP  Using the following table and y = mx + b;  1) What is the y?  2) What is the b? xy
I NTRODUCTION TO L INEAR F UNCTIONS. W HAT DID WE LEARN ABOUT FUNCTIONS ? We spent the last unit discussing functions. We found the independent variable,
1 Linear Equation Jeopardy SlopeY-int Slope Intercept Form Graphs Solving Linear Equations Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300 Q $400.
FUNDAMENTALS OF ALGEBRA 1A CHAPTER 10 POWERPOINT PRESENTATION GRAPHING.
Graphing Linear Equations. What is a Linear Equation? A linear equation is an equation whose graph is a LINE. Linear Not Linear.
4-1 Identifying Linear Functions
Functions Functions. A function is a rule that relates two quantities so that each input value corresponds to exactly one output value. Define-
Lesson 1-3, 1-4 Represent Functions as Graphs; Graphing Linear Equations using Intercepts.
X AND Y INTERCEPTS. INTERCEPT  In a function, an intercept is the point at which the graph of the line crosses an axis.  If it crosses the y-axis it.
Write a function rule for a graph EXAMPLE 3 Write a rule for the function represented by the graph. Identify the domain and the range of the function.
Graphing Linear Equations In Standard Form Ax + By = C.
Warm up X = -1 Why is there only one answer? An absolute value will NEVER be negative.
Goal: Solve quadratic equation by factoring the trinomial. Eligible Content: A
3-3E Linear Functions Graphing using Intercepts Algebra 1 Glencoe McGraw-HillLinda Stamper.
Use Linear Equations in Slope- Intercept Form Lesson 5.2 OBJ: to write an equation of a line using points on the line.
Slope Algebra 8th Grade.
Graphing Linear Equations
1.1 Graph of Equations How to sketch graphs
Writing Linear Equations
Given Slope & y-Intercept
3.2 Graphs of Linear Equations in Two Variables
Objective – To use tables to represent functions.
8-6 Solving Quadratic Equations using Factoring
Equations of Lines.
5.5 a Writing Linear Equations in Standard Form
3-3B Linear Functions Graphing using Intercepts
Functions and their Graphs
Linear Functions SOL 8.14, SOL 8.16, SOL 8.17.
Linear and Non-Linear Functions
5.3: Function Rules, Tables, and Graphs
2.1 Graphs of equations.
Identifying Graphs of Linear Equations
Bell Work Jackson opened a bank account and is saving for a new pair of shoes. The table below shows his progress. How much does Jackson save each week?
No Homework: Bellringer questions 1-4 Thursday
8th Grade Math Presented by Mr. Laws
Graphing Linear Equations
Solve Systems of Equations
Quick Graphs of Linear Equations
Day 76 – Review of Inverse Functions
An Introduction to Functions
Ordered Pairs Part 1 Use the following equation to find an ordered pair (x, y) that will be a solution of: x + y = 10.
 .
5.3: Function Rules, Tables, and Graphs
Linear Equation Jeopardy
SECTION 4-2 Using Intercepts.
3.1 Graphing Linear Equations
Graphing Linear Equations
Functions Rules and Tables.
Graphing Linear Equations
Objective- To use an equation to graph the
8th grade math end of year review
Representing Lenear Functions
Section 2-2 : Linear Equations
Solutions of Linear Functions
Bellwork Match. 1) x-coordinate 2) y-coordinate 3) x-axis 4) y-axis
Lesson 7-2 Functions and Graphs To learn the definition of function
Common Core #11 Ordered Part 1 Pairs
Graphing with X- and Y-Intercepts
Lesson 1.7 Represent Functions as Graphs
Bellringer August 16 Evaluate the following equations for the given values
Graphing Linear Equations
Homework Due Tomorrow Bellringer 2.23.
5.1 -Systems of Linear Equations
Question 27.
Additive Relationship
Objective- To graph a relationship in a table.
READ OR Work on something. you Talk, you will get a strike.
Linear Equations Chapter 2/unit
Presentation transcript:

Bellringer 11.14 (answer questions 1-4) Homework due Thursday

Bellringer 11.14 (answer questions 1-4) Homework due Thursday

Unit Test Tomorrow

The equation show represents the relationship between two quantities. Part A: Write a situation to represent each part of the equation. Be sure to identify which quantity corresponds to each variable in the equation. Part B: Create a set of 5 ordered pairs for the given equations. Part C: is the given equation a function? Explain your answer.

Make a table of solutions for y = 15x - 10 (x,y) 1 2 3 4 5

x y -5 -17 -2 1 4 10 Write a rule/equation for the linear function Remember (rate of change/slope) 𝛥𝑦 𝛥𝑥 Use this formula to help you create the rule y = mx+b, where m is the rate of change and b is the y-intercept (where why crosses the y-axis. Think about the ordered pairs for a line that crosses the y-axis. (x, y) x y -5 -17 -2 1 4 10

x y -3 12 -2 10 3 5 -4 Write a rule/equation for the linear function Remember (rate of change/slope) 𝛥𝑦 𝛥𝑥 Use this formula to help you create the rule y = mx+b, where m is the rate of change and b is the y-intercept (where why crosses the y-axis. Think about the ordered pairs for a line that crosses the y-axis. (x, y) x y -3 12 -2 10 3 5 -4

Write a rule/equation for the linear function The output is equal to the difference of the input and negative seven.

Which function has a greater rate of change? How do you know?