'Constant acceleration equations' presentation slideshows

Free Write for 5 min:

Free Write for 5 min:. What is the difference between speed and velocity? Distance and Displacement? What is the difference between distance and displacement? What does direction have to do with anything?. Chapter 2 Kinematics in One Dimension. Distance and Displacement. Kinematics.

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Randall Jones, Bahram Roughani Physics Department, Loyola University Maryland

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Motion with Constant Acceleration

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Chapter 9

Chapter 9. Rotation of Rigid Bodies. Goals for Chapter 9. To describe rotation in terms of: angular coordinates ( q ) angular velocity ( w ) angular acceleration ( a ) To analyze rotation with constant angular acceleration

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One-Dimensional Motion

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Kinematics

Kinematics. Velocity and Acceleration. Motion. Change in position of object in relation to things that are considered stationary Usually earth is considered stationary Nothing is truly stationary (earth travels 108,000 km/hr orbiting sun)

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Rotational displacement is how far the object rotates.

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PRINCIPLE OF LINEAR IMPULSE AND MOMENTUM (Section 15.1)

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Lecture 3: 1D Constant Acceleration & Free Fall

Lecture 3: 1D Constant Acceleration & Free Fall. v (m/s). v f. v f /2. 0. t (s). Questions of Yesterday. 1a) Is it possible to have +/- velocity and ZERO acceleration? YES b) NO 1b) Is it possible to have ZERO velocity and +/- acceleration? YES NO

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Sect. 2-5: Motion at Constant Acceleration

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Free Fall and Apparent Weight

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Acceleration in 1-D

Acceleration in 1-D. What causes acceleration?. What is acceleration? Change in velocity This includes a change in magnitude or direction What causes acceleration? A Force. ? ? a av = ?v ?t ? where a av = average acceleration ?

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Final Constant acceleration questions

Final Constant acceleration questions. Q1. What are the 4 equations connected to constant acceleration? Why are there so many equations?. Q2. A construction worker drops a brick from a high scaffold What is the velocity of the brick after 4.0 s? How far does the brick fall in this time?.

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Rotation & Torque

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Solve friction problems

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Free Fall

Free Fall. Up and Down. Two balls are thrown at the same initial speed, one upward and one downward with negligible air resistance. When the balls strike the ground the ball thrown upward has a speed A) greater than the speed of the ball thrown downward.

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Position, Velocity and Acceleration in 2D

Position, Velocity and Acceleration in 2D. Position in 2D. Displacement in 2D. Velocity in 2D. Acceleration in 2D. There are no changes to the definitions of these quantities, but we must remember that there are two components for each vector!!. 2D Motion with Constant Acceleration.

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