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Little -- Science
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8th Grade Science
Structure and Properties of Matter
Matter Classification
States of Matter
Physical & Chemical Properties
Physical & Chemical Changes
Periodic Table
Conservation of Matter
Energy and Energy Transformations
Kinetic vs Potential Energy
Types of Energy
Energy Transformations
Heat Transfer
Contact Forces and Motion
Motion
Motion Graphs
Balanced and Unbalanced Forces
Newton's Laws of Motion
Waves: Sound and Light
Mechanical vs Electromagnetic Waves
Wave Properties
Wave Behaviors
Sound
Lenses and Light
Field Forces
Field Forces
Conductors and Insulators
Electromagnets, Motors, Generators
HC Grade Science
Waves: Sound and Light
Structure and Properties of Matter
Energy and Energy Transformations
Contact Forces and Motion
Field Forces
CHS Website
Little -- Science
Home
8th Grade Science
Structure and Properties of Matter
Matter Classification
States of Matter
Physical & Chemical Properties
Physical & Chemical Changes
Periodic Table
Conservation of Matter
Energy and Energy Transformations
Kinetic vs Potential Energy
Types of Energy
Energy Transformations
Heat Transfer
Contact Forces and Motion
Motion
Motion Graphs
Balanced and Unbalanced Forces
Newton's Laws of Motion
Waves: Sound and Light
Mechanical vs Electromagnetic Waves
Wave Properties
Wave Behaviors
Sound
Lenses and Light
Field Forces
Field Forces
Conductors and Insulators
Electromagnets, Motors, Generators
HC Grade Science
Waves: Sound and Light
Structure and Properties of Matter
Energy and Energy Transformations
Contact Forces and Motion
Field Forces
CHS Website
More
Home
8th Grade Science
Structure and Properties of Matter
Matter Classification
States of Matter
Physical & Chemical Properties
Physical & Chemical Changes
Periodic Table
Conservation of Matter
Energy and Energy Transformations
Kinetic vs Potential Energy
Types of Energy
Energy Transformations
Heat Transfer
Contact Forces and Motion
Motion
Motion Graphs
Balanced and Unbalanced Forces
Newton's Laws of Motion
Waves: Sound and Light
Mechanical vs Electromagnetic Waves
Wave Properties
Wave Behaviors
Sound
Lenses and Light
Field Forces
Field Forces
Conductors and Insulators
Electromagnets, Motors, Generators
HC Grade Science
Waves: Sound and Light
Structure and Properties of Matter
Energy and Energy Transformations
Contact Forces and Motion
Field Forces
CHS Website
Motion Graphs
Sometimes it is hard to describe the motion of an object.
Luckily, motion can be represented using a graph. Use the video below to look at the basics:
Let's break down the ideas in the video
First, there are many different kinds of motion graphs. Each kind of graph needs to be read in a different way
PAY ATTENTION TO THE X & Y AXIS OF EACH GRAPH
This is an example of a distance (position) vs time graph. Remember that speed equals distance divided by time.
Distance vs time graphs can show us speed, but
not
direction
Velocity vs time graphs shows us if it is getting faster/slower or
changing directions (crosses the 0 mark)
Be careful interpreting the graphs!
Motion graphs will be different depending on the object and how it is represented.
You need to be careful and make sure that you interpret each motion that way it should be
Use this picture and all other pictures to help you understand how to interpret the graphs
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