Physics lab rotational motion

    • [DOC File]DiscoveringMotion.doc

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      The Rotary Motion Sensor, Rotational Kinematics, Rotational Dynamics. August 7, 2003. Print Your Name _____ Print Your Partners' Names _____ _____ You will return this handout to the instructor at the end of the lab period. Table of Contents. 0. Introduction 1. 1. Activity #1: Becoming familiar with the Rotary Motion Sensor 4. 2. Activity #2 ...

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    • [DOC File]Lab #8: The Kinematics & Dynamics of Circular & Rotational ...

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      Physics 211 Lab . The Kinematics and Dynamics of. Circular and Rotational Motion. Introduction: When discussing motion, it is important to be aware that there are several different types and that each type is dependent upon a particular frame of reference. Linear motion is the most basic form, involving the translation of a particle from one ...

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    • [DOC File]Physics 22 Lab M9 Conservation of Angular Momentum ...

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      Physics 22 Lab M9 Conservation of Angular Momentum–Rotational Collisions Author: Ralph Alexander Last modified by: ralexand Created Date: 10/26/2005 2:43:00 PM Company: UMR Physics Other titles: Physics 22 Lab M9 Conservation of Angular Momentum–Rotational Collisions

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    • [DOC File]1252 Lab 1

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      1252 Lab 1 Subject: physics laboratory Author: Kimber Eide Keywords: rotational motion, torque, angular momentum Last modified by: Gary Bedrosian Created Date: 2/21/2004 9:58:00 PM Company: University of Minnesota Other titles: 1252 Lab 1

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    • [DOCX File]Weebly

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      AP Physics. 1º. LAB #___: Rotational Mechanics . PUPOSES: To investigate all the lab stations. To explore torque. To explore the rotation objects . To differentiate between torque and force, the Center of Gravity, and the Moment of Inertia. To differentiate and relate aspects of linear motion and angular motion. Station 1: Coin Pick-Up. APPARATI:

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    • [DOC File]hayleysapphysics.weebly.com

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      Rotational Motion. Open-ended Lab. Purpose: Determine the acceleration of a block when released from a pulley system. Using the relationship between linear and rotational acceleration, determine the rotational inertia of the pulley. Materials: Pulley with a block as illustrated to the left.

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    • [DOC File]Torque Lab - Physics Playground

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      Three lab members Part 1: Sample Calculations (4pts) Find the force at location C so that the bar so that the net torque is equal to zero: F=_____ at 1 meter F = 20N at 1.5 m. Part 2: Fixed Scale & Moving Block (4pts) Objective: Place a 50N force scale at the end of the lever as shown. ...

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    • [DOC File]PHYSICS .k12.ca.us

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      This lab requires you to swing masses on the end of a string with uniform circular motion. Number each washer 0 - 5. Record the mass of washer 0 as m1. Record the mass of washer 1 and the paper clip in the table as m2. Record the mass of washers 1 and 2 and the paper clip in the table as m2.

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    • [DOC File]Physics 24 Laboratory Report

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      : This week in class you are learning about rotation and how it is analogous to one dimensional linear motion. Remember to go from linear motion equations to rotational motion equations, translate from Latin to Greek. For example: LINEAR ROTATIONAL. F = m. a. Torque = ( = Iα = r× F = r F sin β Mass = m Moment of Inertia = I

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    • [DOC File]Rotational Motion .edu

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      Rotational Motion. Mechanics is the study of motion. All motion in the Universe can be classified into three basic types: translation, rotation, and oscillation. So far, you have studied translational motion – the motion of a particle that moves along a straight or curved path. In rotational motion, a system of particles turns about an axis.

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