2.1 Position, Distance, and...

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2.1 Position, Distance, and Displacement PHYSICS 1 September 10, 2018 STEM Society Meeting Wednesday, September 12 @ 2:09pm in room 223 POSITION, DISTANCE, AND DISPLACEMENT I can interpret and analyze the motion of an object moving with constant velocity. 2.1 STANDARDS 2.1 MOTION? How can you tell if an object is moving? MOTION Motion is relative ! MOTION Motion is relative ! MOTION: Early Ideas Aristotle Natural Motion Violent Motion ( 384 - 322 BC )

Transcript of 2.1 Position, Distance, and...

  • 2.1 Position, Distance, and Displacement

    PHYSICS 1

    September 10, 2018

    STEM Society Meeting Wednesday, September 12 @ 2:09pm in room 223 

    POSITION, DISTANCE, AND DISPLACEMENT

    I can interpret and analyze the motion of an object moving with constant velocity.

    2.1STANDARDS

    2.1

    MOTION?

    How can you tell if an object is moving?

    MOTION

    Motion isrelative!

    MOTIONMotion is relative!

    MOTION: Early Ideas

    Aristotle

    Natural MotionViolent Motion

    ( 384 - 322 BC )

  • 2.1 Position, Distance, and Displacement

    PHYSICS 1

    September 10, 2018

    MOTION: Early Ideas

    Copernicus

    Sun is the center

    ( 1473 - 1543 )

    MOTION: Early Ideas

    Galileo( 1564 - 1642 )

    Leaning Tower and

    Inclined Planes

    MOTION: Early IdeasNewton( 1643 - 1727 )

    Newton's 3 Laws of Motion

    Scalars Vectors

    SPEEDTEMPERATURE

    VELOCITY

    ACCELERATION

    DISTANCE DISPLACEMENT

    TIME

    VOLUME

    MASS WEIGHT

    Vectors and Scalars

    What is the difference between a scalar and a vector?

    VECTOR

  • 2.1 Position, Distance, and Displacement

    PHYSICS 1

    September 10, 2018

    A scalar is a numerical value, expressed in terms of appropriate units.

    A vector is a mathematical quantity with both a numerical value and a direction.

    SCALARS VS. VECTORS Setting Up A System

    Distance and Displacement

    Find the following for your bike ride: (a) The distance traveled. (b) The magnitude of the displacement from start to finish. (c) The displacement from start to finish.

    Distance and Displacement

    Distance = Total Length of Travel

    Displacement = Change in position= x = xf - xi

    PRACTICE PROBLEMS

    UNIT 2 PROBLEMS(14)

  • Attachments

    Despicable Me  Clip Vector's Introduction  Illumination.mp4

    SMART Notebook

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