'Linear graph' presentation slideshows

Motion in One Dimension

Motion in One Dimension. Working with Vectors. Parallel vectors have the same direction. (Ex). 2) Vectors can be moved without being changed as long as the direction and the length remain unchanged (Ex). 3) The vectors moving in opposition direction (180 ? turn-around) have a negative sign.

524 views • 34 slides

This is a quiet activity. Read the question. THINK of the answer. Never yell out your answer.

Chapters 1-4 Vocabulary Review. This is a quiet activity. Read the question. THINK of the answer. Never yell out your answer. science. Way of learning about the natural world. hypothesis. A possible answer to a scientific question. independent variables.

414 views • 31 slides

Experimentation and Graphing

Experimentation and Graphing. Objectives: 1. Students will learn about the importance of keeping good records and notes when doing experiments. 2. Students will understand relationships such as linear and quadratics when graphing data. Recording Data: The Laboratory Notebook.

426 views • 28 slides

Splash Screen

Splash Screen. Five-Minute Check (over Chapter 9) Main Idea and Vocabulary Example 1: Identify Functions Using Tables Example 2: Identify Functions Using Tables Example 3: Identify Functions Using Graphs Example 4: Identify Functions Using Graphs

337 views • 25 slides

Splash Screen

Splash Screen. Five-Minute Check (over Chapter 9) Main Idea and Vocabulary Example 1: Identify Functions Using Tables Example 2: Identify Functions Using Tables Example 3: Identify Functions Using Graphs Example 4: Identify Functions Using Graphs

319 views • 25 slides

Splash Screen

Splash Screen. Five-Minute Check (over Chapter 9) Main Idea and Vocabulary Example 1: Identify Functions Using Tables Example 2: Identify Functions Using Tables Example 3: Identify Functions Using Graphs Example 4: Identify Functions Using Graphs

254 views • 25 slides

Splash Screen

Splash Screen. Five-Minute Check (over Chapter 9) Main Idea and Vocabulary Example 1: Identify Functions Using Tables Example 2: Identify Functions Using Tables Example 3: Identify Functions Using Graphs Example 4: Identify Functions Using Graphs

253 views • 25 slides

Nuclear pharmacy

Nuclear pharmacy. Lecture 3. Radioactive decay cont.

364 views • 23 slides

Graphing Linear Equations in Two Variables

Graphing Linear Equations in Two Variables. Mr. Wilson Honors Algebra 1-2, FWJH September 28, 2012. What is a Graph?. A graph is a list of ordered pairs following the coordinates on the axes. We usually call the horizontal axis the x-axis The vertical axis is usually called the y-axis

328 views • 21 slides

Example 1

Identify Functions Using Tables. Determine whether the table represents a linear or nonlinear function. Explain. As x increases by 2, y increases by a greater amount each time. Answer: The rate of change is not constant, so this function is nonlinear. Example 1. A B C D.

203 views • 20 slides

Linear Graphs

Linear Graphs. Learning Intention : by the end of the lesson, students should be able to: generate coordinate pairs that satisfy a simple linear rule plot the graphs from an equation E.g.: y = 2x

360 views • 16 slides

Nuffield Free-Standing Mathematics Activity Matching graphs and scenarios

Nuffield Free-Standing Mathematics Activity Matching graphs and scenarios. Measurements from real-life situations give different shapes of graph. Measuring pulse rate. Using the cards, match each scenario with its graph. 100. 0. 160. Conversion graph (miles against kilometres). miles.

391 views • 15 slides

Term 3 : Unit 3 Linear Law

Term 3 : Unit 3 Linear Law. Name : ___________( ) Class: _______ Date : _______. 3.1 Linear Law. 3.2 Applications of Linear Law. Linear Law. 3.1 Linear Law. Objectives. In this lesson, you will learn how to convert a non-linear relation to linear form,

848 views • 12 slides

Graphs Tell a Story What story does this graph tell?

640 views • 11 slides

Graphing of Data

250 views • 11 slides

Do Now: Estimate the order of magnitude of the thickness of a pencil line in meters.

Do Now: Estimate the order of magnitude of the thickness of a pencil line in meters. 10 -3. Graphing of Data. Why do we display data with graphs?. G ive graphical data display because:. See relationship btw variables. See outliers from data. Show math relationship. Finding constants.

217 views • 10 slides

Numerical and Graphical Analysis in Physical Science

95 views • 9 slides

Integration (the antiderivative )

Integration (the antiderivative ). A linear graph. A non-linear graph. So the area is. Definite and indefinite integrals. Some common integrals.

159 views • 6 slides