'Describe motion' diaporamas de présentation

Chapter 13 Motion

Chapter 13 Motion. DO NOW. What kinds of things have motion? What do you know about motion?? How can you describe motion? What are some motions you went through today?. Sitting at your desk, are you moving in relation to your chair? Are you moving in relation to anything???.

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How fast is the butterfly moving? What direction is it moving?

How fast is the butterfly moving? What direction is it moving? To describe motion, you must state the direction the object is moving as well as how fast the object is moving. You must also tell its location at a certain time. Choosing a Frame of Reference.

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Chapter 11

Chapter 11. Motion. Define motion What is required to describe motion completely How distance and displacement are different How to calculate displacement. 11.1 Concepts. Physicists study laws that govern space, time, forces, motion, matter and energy.

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The student is expected to:

Section 1 Displacement and Velocity. Chapter 2. The student is expected to:. 4A generate and interpret graphs and charts describing different types of motion, including the use of real-time technology such as motion detectors or photogates

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The student is expected to:

Section 1 Displacement and Velocity. Chapter 2. The student is expected to:. 4A generate and interpret graphs and charts describing different types of motion, including the use of real-time technology such as motion detectors or photogates

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December 10, 2012

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How fast is the butterfly moving? What direction is it moving?

How fast is the butterfly moving? What direction is it moving? To describe motion, you must state the direction the object is moving as well as how fast the object is moving. You must also tell its location at a certain time. Choosing a Frame of Reference.

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Force and Motion

Force and Motion.

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Dramatism

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Force and Motion

Force and Motion. Objective.

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Outline

Outline. Position versus Time. Welcome to the x-axis Speeding up, Slowing down Graphing position versus time Uniform Motion. 3125 2761 Mdcl1 Mdcl!. Kinematics in 1 dimension. As opposed to WHY an object moves. Kinematics is all about predicting where an object will be in the future

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Chapter Two

Chapter Two. 2.1 Displacement 2.2 Velocity 2.3 Acceleration 2.4 Motion Diagrams 2.5 One-Dimensional Motion with constant acceleration 2.6 Freely Falling Objects. Motion in One Dimension. Observation. What is it? How do we describe it? How does it happen?.

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Technical Descriptions

Technical Descriptions. Technical descriptions are usually a description of one of the following: An object (aka a product) A process Technical descriptions describe either what something is (exactly), or how something works. Observational Strategies. Do background research Use your senses

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3.5 Derivatives of Trigonometric Functions

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2 Motion in One Dimension

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Force and Motion

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Kinematics (Part 1)

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Motion and Frame of Reference

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What are the Kinematic Equations?

What are the Kinematic Equations?. Kinematic Equations are used to help describe motion of a single object in one or more dimensions. They are used to solve motion problems. What variables are used in the Kinematic Equations? v i v f a d t. What are the equations? I v f = v i + at

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Journal #37

Journal #37. Summarize the differences between balanced and unbalanced forces. Calculate the net force in each. Would it be balanced or unbalanced? Explain the motion. 48N. 30N. 23N. 15N. Journal #38. What is a force? What two things are needed to describe all forces?

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