'Time graphs' diaporamas de présentation

Additional Physics

Additional Physics. By: Peter Brookes. Contents . Representing Motion Force, Mass and Acceleration Weight and Friction Kinetic Energy and Momentum Static Electricity Resistance and Resistors Mains Electricity . Representing Motion. Representing Motion.

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A Mathematical Model of Motion

A Mathematical Model of Motion. Chapter 5 Sections 1 and 2. Objectives Quiz 4. Interpret graphs of position versus time for a moving object to determine the velocity of the object Describe the information presented in graphs and draw graphs from descriptions of motion

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Speed and Acceleration

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Distance-Time Graphs

Distance-Time Graphs. EQAO loves these!. There is a sensor called a CBR that can hook up to a graphing calculator. It can make a graph of your distance from the wall over a minute or so of time. Plotting distance against time can tell you a lot about motion. Let's look at the axes: . 1. 1.

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Chapter 2

Chapter 2. Physics A First Course. Forces and Motion. Forces and Motion Laws of Motion. 2.1 Newton's First Law 2.2 Acceleration and Newton's Second Law 2.3 Gravity and Free Fall 2.4 Graphs of Motion. Key Question: Why are heavier objects harder to start or stop moving?.

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Chapter 2

Chapter 2. Physics A First Course. Forces and Motion. Forces and Motion Laws of Motion. 2.1 Newton's First Law 2.2 Acceleration and Newton's Second Law 2.3 Gravity and Free Fall 2.4 Graphs of Motion. Key Question: Why are heavier objects harder to start or stop moving?.

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Graphing Motion

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Position vs time graphs

Position vs time graphs. Of an object at rest. Describe what the object is doing at 1 second, 2 seconds, 3 seconds, etc.?. 5 m. 4 m. At 1 seconds the object is located 4 meters from the origin. 3 m. position. 2 m. 1 m. 0 m. 4 s. 2 s. 3 s. 5 s. 0 s. 1 s. time.

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Acceleration

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Distance vs. Time

Distance vs. Time. Analysis of a Distance vs. Time Graph. Determining the motion on a D vs. T Graph. Where did the object start? Which direction did it go? Where did the object stop? Is the motion uniform (constant)? Is the motion non-uniform (changing)?

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Velocity And Acceleration

Velocity And Acceleration. Velocity: Both speed and direction of an object V=d/t. Acceleration: The rate at which velocity changes. Acceleration. Speed and Vector. A vector quantity has both magnitude (the amount of or how much of) and direction. Therefore Velocity is a vector.

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Warm Up

Warm Up. What are the units of: Speed? Velocity? Acceleration? Distance? Time?. Velocity or Speed from Acceleration. Find the Following. Find v f when a avg = 2.0 m/s 2 ; t = 2.0 s Find v f when v 0 = 5.0 m/s; a avg = 0.50 m/s 2 ; t = 6.0 s. Find the Following.

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Velocity-Time Graphs

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http://www.stmary.ws/highschool/physics/home/animations3/motion_graphs2.html

Examples of Displacement vs. Time Graphs. http://www.stmary.ws/highschool/physics/home/animations3/motion_graphs2.html. Distance vs. Displacement.

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Describing Motion

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Describing motion with Graphs

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Distance, Speed and Time

Distance, Speed and Time. Speed = distance (in metres) time (in seconds). D. S. T. Dave walks 200 metres in 40 seconds. What is his speed? Laura covers 2km in 1,000 seconds. What is her speed? How long would it take to run 100 metres if you run at 10m/s?

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Lab 1 Introduction to Motion

Lab 1 Introduction to Motion. Page 1. Purpose. Analyze your own motion using a motion sensor to learn about the following: Position-time graphs Velocity-time graphs The relationship between both graphs The relationship between the shapes of these two graphs to how the objects move. Page 2.

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