distance time graph powerpoint presentation

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Distance time graphs

Introduce or revise distance time graphs with this comprehensive resource pack which includes a printable A3 review sheet and PowerPoint presentation to guide students through step by step with summary notes, examples and practice questions.

What’s included?

This resource pack has everything you need to introduce or revise distance time graphs in maths. Download the free printable A3 review sheet for detailed notes and practice questions (with answers included).

Subscribe to access an editable version plus a step-by-step PowerPoint which walks students through:

• An introduction to distance time graphs
• How to read distance time graphs — steps, examples and practice questions
• How to draw distance time graphs — steps, examples and practice questions
• Common misconceptions

How to use these distance time graph resources

These resources are ideal for introducing or revising distance time graphs with your students.

• The PowerPoint presentation provides a guide through the topic, beginning with an introduction to distance time graphs, followed by detailed instructions on how to read and draw these graphs, supplemented with examples and practice questions.
• The printable A3 review sheet serves as a comprehensive reference, complete with notes, practice questions and answers. It can be used in class for group activities or as a revision tool for students to take home.

Looking for more like this?

For more resources that help students learn about speed, distance and time graphs, you might like to try:

• Speed, distance and time – using distance-time graphs
• The story of a distance time graph
• Distance time stories
• Speed, distance and time – real-time axis
• Speed, distance and time – simple speed calculations

An extract from 'How to read distance time graphs':

1. Look at the x-axis to understand the time scale that is being used. This could be seconds, minutes, hours, or even days. 2. Look at the y-axis to understand the distance scale that is being used. This could be in metres, kilometres, miles, etc. 3. Examine the line on the graph.

The gradient (steepness) of the line indicates speed . A steeper gradient means a faster speed.

Straight lines mean the object is moving at a constant speed.

Horizontal lines mean the object is stationary (not moving).

When the line slopes downwards , the object is returning to its starting point .

A curve means the object is accelerating or decelerating .

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Distance / time graphs.

Published by Kelley Boone Modified over 6 years ago

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Motion graphs – Distance/time

Jan 04, 2020

140 likes | 334 Views

Topic – Physics 2a. Motion graphs – Distance/time. Prior learning Calculating distance speed and time. Key words Journey, distance, speed, displacement, acceleration. Exercise 1. Worksheet – Distance time/displacement time. Exercise 2.

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Presentation Transcript

Topic – Physics 2a Motion graphs – Distance/time • Prior learning • Calculating distance speed and time. • Key words • Journey, distance, speed, displacement, acceleration

Exercise 1 Worksheet – Distance time/displacement time

Exercise 2 Exercise 1: You are at the beach looking for your friend. You walk West for 5 m in 20 s then see her. You both stop and chat for 40 s when, feeling hot, you both run 10 m West into the sea in 10s to stop and enjoy the cool water. 30 s later you hear another friend call you, he has ice creams for all so you both walk 20 m East in 20 s to enjoy your treat. Draw a distance/time graph and a displacement time graph for the above information. NOTE: Be careful, the axis will be different for each graph.

Exercise 2 A From the graph, calculate the total distance travelled for the information above: B From the graph, calculate the displacement for the information above: C From the graph, calculate the speeds for each section on the Distance/time graph. D From the graph, calculate the velocity for each section on the Displacement/time graph

Answers to exercise 2 A Dist = 35 m B s = -5 m west or 5 m east C A = 5  20 = 0.25 ms-1 B = 0 ms-1 C = 10  10 = 1 ms-1 D = 0 ms-1 E = 20  20 = 1 ms-1 D A = 5  20 = 0.25 ms-1 B = 0 ms-1 C = 10  10 = 1 ms-1 D = 0 ms-1 E = -20  20 = -1 ms-1 or 1 ms-1 East

Extension • Distance/time or position/time • Read and make notes content and contexts page 68 • How do you work out gradient??

Acceleration / time • In 2APHY we only deal with uniform acceleration so all acceleration/time graphs will look like the graph to the right which shows acceleration due to gravity in a frictionless situation. • Terminology: • upwards is positive, downwards is negative. • an unchanging velocity value is called a constant velocity; • an unchanging acceleration value is called a uniform acceleration.

Exercise: Briefly describe the motion (qualitatively) for each of the following graphs each of which is the motion of a car

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Introducing Speed(velocity) - Time graphs

Subject: Physics

Age range: 14-16

Resource type: Lesson (complete)

Last updated

18 August 2022

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Powerpoint and activity sheet to help pupils progress past distance-time graphs and understand the features of speed-time graphs.

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very helpful

Mister_Dawg

Thank you. Pleased you found the resource useful.

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Great resources but the link for the matrix is not working for me. I was wondering if you could tell me where you found the video as I would love to do the activity. I have tried You tube but having no luck finding the one that links to the worksheet.

Hi. Thank you very much for your comments. The video is actually embedded into the powerpoint. However, if you cannot get it to play inside the powerpoint, the same clip can be found here: http://www.dailymotion.com/video/x7thge_car-chase-matrix_news#.Ua5IKZzUCX4

pierstaylor

Just what was needed, cheers

You're very welcome.

invertedrepeat

There are so many terrible resources on tes. This is definitely NOT one of them. Thank you for putting this up for everyone to use.

You are so very welcome and thank you for your comment.

camacdonald

Well done! What an amazing resource. Love the use of the video clip. Looking forward to teaching this now. Thank you for sharing for free.

You're very welcome and hope the lesson goes well.<br />

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Distance vs. Time Graphs - PowerPoint PPT Presentation

Distance vs. Time Graphs

Distance vs. time graphs describe the type of motion each graph represents. distance on the y and time on the x-axis. note: the slope of these graphs gives you the ... – powerpoint ppt presentation.

• Describe the type of motion each graph represents. Distance on the Y and time on the X-axis.
• Note The slope of these graphs gives you the velocity.
• Constant speed negative direction.
• Standing Still
• Decreasing velocity
• Increasing Velocity
• Describe the type of motion each graph represents. Velocity on the Y-axis and Time on the X-axis.
• Describe the type of motion each graph represents. Velocity on the Y-axis and Time on the X-axis
• Tell me a story for the following graphs.
• Distance vs. Time and then Velocity vs. Time.
• Take the previous Distance vs. Time and draw a Velocity vs. Time graph which would show the same movements.
• Take the previous Distance vs. Time a draw a Velocity vs. Time graph which would show the same movements.

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