Sample of Photos from Describing Motion with Photography, Science T erms and Extraordinary Words

Jul 09, 2014

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Sample of Photos from Describing Motion with Photography, Science T erms and Extraordinary Words. Arts Integrated Residence – September 2011 MARIA BARBOSA Resident Artist. 5 th G rade Students Potomac Elementary School September 2011. Teachers Ms. Nancy Cupido Mrs. Janet Gawler.

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maria barbosa resident artist
september
science terms
nancy cupido mrs
potomac elementary schoolseptember
janet gawler

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Sample of Photos from Describing Motion with Photography, Science T erms and Extraordinary Words

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Sample of Photos fromDescribing Motion with Photography, Science Terms and Extraordinary Words Arts Integrated Residence – September 2011 MARIA BARBOSA Resident Artist
5thGrade Students Potomac Elementary SchoolSeptember 2011 Teachers Ms. Nancy Cupido Mrs. Janet Gawler

Describing Motion

Describing Motion. Picturing Motion. Motion Diagrams A series of images of a moving object. Particle Model. Particle Model Replacing an object by a single point. Example  Ticker Timer Lab. Vectors and Scalars. A quantity that has only magnitude is referred to as a scalar quantity

662 views • 7 slides

Describing Motion

Describing Motion. Section 2-1. Motion. Motion occurs when an object changes its position. Both Distance and Time are important in describing motion. Sometimes you know motion has occurred even if you didn’t see it happen. (mail truck)

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DESCRIBING MOTION

DESCRIBING MOTION. 0. x. speed = distance traveled/time = (x 2 – x 1 )/(t 2 – t 1 ) = D x/ D t. TYPICAL SPEEDS. Motion v(mph) v(m/s) v/c Light 669,600,000 300,000,000 1 Earth around sun 66,600 29,600 10 -4 Moon around Earth 2300 1000 3*10 -6

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Describing motion with Graphs

Describing motion with Graphs. Position vs. Time Graphs. x-axis: Time y-axis: Position slope = velocity (slope = “rise” / “run”) horizontal line: at rest straight line: constant velocity positive slope = positive velocity negative slope = negative velocity curved line: acceleration.

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Describing Motion

Describing Motion. Chapter 2. Clear and precise description of motion. Average speed Instantaneous speed Velocity Acceleration. Speed. Speed is how fast something is moving. Average speed is total distance divided by the time of travel. Units of speed: MPH, km/hr, m/s, etc.

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Describing Motion

PART I The Force-Motion Relationship. Describing Motion. Describing Motion. Photo reprinted from Marey, 1889. X velocity-Time. Movement is Motion – Motion is Movement. Laboratory Movement. Small Movement. Systeme Internationale = Metric System

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Describing Motion

Describing Motion. E. A change in velocity divided by the amount of time over which the change occurs is acceleration 1. the change in velocity can be due to a change in speed, a change in direction or both. 2. when velocity is changing ￫ an object is accelerating. Acceleration a. Units.

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Describing Motion with Diagrams

Describing Motion with Diagrams. Describing Motion with Diagrams. Ticker Tape Diagrams. Ticker Tape Diagrams. The distance between dots represents the object’s change in position during that time interval. Ticker Tape Diagram.

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Describing Motion

Describing Motion. http://www.youtube.com/watch?v=DRb5PSxJerM. Speed. The distance an object travels in a certain amount of time. Average speed – Total distance divided by total time Constant speed - Speed that does not change over time

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MOTION: Describing and Measuring Motion

MOTION: Describing and Measuring Motion. CHAPTER 10. Measuring Motion . Motion is described as a change in position An object is considered in motion when observed in relation to a REFERENCE POINT.

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Describing Motion

Describing Motion. unit 6.1 year 10. Introduction. A typical physics course concerns itself with a variety of broad topics. One such topic is mechanics - the study of the motion of objects. Introduction.

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Describing Motion

Describing Motion. Part 1 – Position, Distance and Displacement. Kinematics. The study of motion. What types of motion are there?. What words do you associate with motion? Before we can start describing motion, what is the most important place to start?. Position. What is your position?

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Describing Motion

Describing Motion. The graphs Part II…. Velocity. The slope of a position vs time graph is?. The slope of part 2?. The slope of part 1?. The velocity in interval 3?. + 2 m/s. -1m/s. Consider a car moving with a constant , rightward (+) velocity of +10 m/s. .

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Describing Motion

Describing Motion. in 3-D. (and 2-D). §3.1–3.2. Poll Question. Two objects can travel at the same speed but have different velocities. True False. Poll Question. Two objects can travel at the same velocity but have different speeds. True False. Vectors. Position is a vector

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Describing Motion

Describing Motion. Objective: By the end of Chapter 2 we will know the concepts of motion; position, displacement, velocity, and acceleration. Warm Up:. Think-Pair-Share: How would you describe motion to another person?. Football play Futbol play Basketball play Baseball play

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Describing Motion with Diagrams

Describing Motion with Diagrams. The two most common types of diagrams used to describe the motion of objects are:. a. Ticker Tape Diagrams. b. Vector Diagrams. Ticker Tape Diagrams.

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Describing Motion

Describing Motion. Position, velocity, and acceleration. §2.1–2.4. The Tortoise and the Hare. Told in words, formulas, and graphs. Group Work. Describe the Tortoise-and-hare race using a position -time graph. CPS Question. Who was fastest? The tortoise . The hare .

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Describing Motion

Describing Motion. Motion. Sit very still. Do not move. In what ways are you moving? Changing position?. Motion. All motion is relative. Must be a frame of reference. MOTION is a change in position of an object with respect to time. Motion. How far an object moves is DISTANCE

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Describing Motion

Describing Motion. Warm Up. Test Review. Test Review Test 3 = Questions 1,2,11,12,13,14,15,16 8 Total 12.5 points a piece Test 4 = All the other question 17 Total 5.8 points a piece. Speed, Velocity, Acceleration.

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Describing Motion

Describing Motion. in 3-D. (and 2-D). §3.4–3.5. Poll Question. Two objects can travel at the same speed but have different velocities. True False. Poll Question. Two objects can travel at the same velocity but have different speeds. True False. Vectors. Position is a vector

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Describing Motion

Describing Motion. P: Identify the properties of objects that are in motion. Chapter 1 - Section 1 Notes. Q: How can an object be moving but not be in motion ?. Definitions. An object is in MOTION if its distance from another object is changing

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Describing Motion with Graphs

Describing Motion with Graphs. Describing Motion with Position vs. Time Graphs. Position is plotted along the y-axis Time is plotted along the x-axis. Slope on a position vs time graph equals average velocity. Slope = y 2 – y 1 = Δx = V avg x 2 – x 1 Δt.

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