'Average velocity displacement time' presentation slideshows

MOTION

MOTION. Scalar vs. Vector Distance vs. Displacement Speed vs. Velocity Acceleration Graphing Motion. MECHANICS. Study of motion and what produces and affects the motion. Two types:. Kinematics : Description of motion w/o the cause. Dynamics: Causes of motion. SCALAR

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Chapter 3

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Ch. 2: Describing Motion: Kinematics in One Dimension

Ch. 2: Describing Motion: Kinematics in One Dimension. Terminology. Classical Mechanics = The study of objects in motion. 2 parts to mechanics. Kinematics = A description of HOW objects move. Chapters 2 & 4 (Ch. 3 is mostly math!) Dynamics = WHY objects move.

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Homework Format

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Speed vs. Velocity

Speed vs. Velocity. Velocity, v (meters/second with direction) vector rate of change of displacement change in displacement per unit time Speed (also meters/second but NO DIRECTION) scalar Rate of change of distance Change in distance per unit time. Speed vs. Velocity.

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TOPIC I .

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Chapter 3.1 Notes

Chapter 3.1 Notes . Rate. The speed of an object is the ratio of distance in a given time. You can measure speed with a stop watch and a meter stick. Speed = Distance / time S = d/t This equation tells us the speed if the speed is constant.

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Unit 2-4 Kinematic Equations

Unit 2-4 Kinematic Equations. Equation One. Average Velocity = displacement/time v+u/2 =d/t d = t(v + u)/2 use s instead of d (stadio is latin word for distance) s= t(u+v)/2. Equation Two. v = u + at. Equation Three. v 2 = u 2 + 2as This comes from equation one and two

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