Rotational motion formulas
[DOC File]Final Exam Review Sheet
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Forces on and motion of a charged particle in electric and magnetic fields. 3) Understanding of Principles and Theory / Robust Conceptual Understanding of . ALL of the Above Topics and: Relationships among and definitions of displacement, velocity, acceleration and force. Newton’s first and third laws. Variables important in rotational motion ...
[DOC File]Rotational Motion .edu
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Rotational Motion. Lab. Objectives: Measure the translational acceleration of a object falling from a pulley (as illustrated in the figure below), and. Use the measured acceleration to analyze the validity of assumption that the pulley exhibits rotational inertia consistent with a disk (I = ½ MR2). Equipment:
Rotational Motion Formulas list - physicscatalyst's Blog
Variable Translational Motion Rotational Motion Position x ( Velocity v ( dx/dt ( ( d(/dt Acceleration a ( dv/dt ( ( d(/dt A. Angular Position ( The angle ( is the natural quantity to represent the position of a solid object rotating about a fixed axis.
[DOCX File]Angular Momentum - Gonzaga University
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(convert boy's linear motion to rotational motion, where r is the rM and = 1: L = rM mvm) Lm + LM = L' rm mmvm + rM MMvM = (rm mm + rM MM)v' mvm = (mm + MM)v' v' = mvm/(mm + MM) D. Simple Harmonic Motion (SHM) 1. oscillating mass on a spring. a. acceleration is NOT constant kinematic formulas are invalid
[DOCX File]geddesphysics.weebly.com
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Rotational motion . refers to. the motion of a body or system that spins about an axis. The . axis of rotation. is the line about which the rotation occurs. Circular motion . ... The box below gives formulas for finding the moments of inertia for some common objects. For this class you will not have to calculate any moments of inertia but you ...
[DOC File]Physics - Oak Park Independent
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2. rotational kinetic energy, Kr = ½ mv2 (J) a. v is the velocity at the rim. b. rolling kinetic energy: Krolling = ½(1 + )mv2. 3. mixed linear and rotation motion problems. a. Summary of translational and rotational formulas
[DOC File]Notes Ch 7 – Rotational Kinematics
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The study of rotational motion is continued in Chapter 10 where more general examples of rotational motion are considered. Rotational Kinematics: Angular Velocity and Angular Acceleration. Every point of a rigid object rotating about a fixed axis moves in a circle whose center is on the axis and whose radius is the radial distance from the axis ...
[DOC File]Physics - Oak Park Independent
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For a body undergoing both the translational and rotational motion, it may be rigorously shown that the total KE has the form, Here, is the (linear) velocity of the CM, is the moment of inertia about an axis through CM, and M is the total mass of the body. ... Comparing this with the formulas for uniformly-accelerated motion, we find the ...
[DOC File]Rotational motion is all around us - Copley
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Angular momentum is a physical quantity which describes the motion of an object, or a system of objects, rotating about a given axis. If you throw a stick, the motion of the center of mass of the stick moving across the room results in linear momentum, the stick spinning or rotating as it flies across the room results in angular momentum.
[DOC File]Copyright ã 1995, Mark Stockman (Double click for ...
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Rotational motion. Angular quantities. Angular acceleration. Rolling motion. Torque. Rotational dynamics. Rotational kinetic energy. Angular momentum. Formulas. Average speed= distance traveled. Time elapsed. Average velocity= displacement. Time elapsed. Average acceleration= velocity/time. For constant acceleration, v= v0 + at. x= x0 + v0t + 1 ...
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