Angular motion formulas
[DOC File]Dr. Mark Stockman GENERAL PHYSICS 101-3 Fall 1995
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Rotational angular momentum: (3.29) “Second Law for rotation” in terms of L: (3.30) In the absence of external torque, angular momentum is conserved: (3.31) Work W done on a rotating object by an external torque:, (3.32) where is the angle through which the body is …
[DOC File]CHAPTER 5 - Circular Motion; Universal Gravitation
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The force that is acting on the ball causing circular motion is inward (centripetal). The force acting on the hand is outward, and NOT causing circular motion. A centrifugal force is a “fictitious” or “pseudo” force caused by viewing the situation from an accelerating reference frame.
[DOCX File]Angular Momentum - Gonzaga University
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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. Contents. 1. Angular Quantities. Radian measure of angles. For a very small angle, length of the arc is close to the length of the chord (linear distance or displacement) Angular velocity is defined as, counter-clockwise rotation is considered positive. Angular acceleration is defined as. Linear tangential velocity of a point :
[DOC File]Notes Ch 7 – Rotational Kinematics - Quia
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Angular motion is measured in units of. radians (1 rev = 2( rad = 360o). All points on a rigid rotating object have the same angular speed, but not the same linear (tangential) speed. The farther a point is from the axis of rotation, the faster the point is moving. ... The box below gives formulas for finding the moments of inertia for some ...
[DOC File]Physics - Oak Park Independent
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vertical motion use accelerated motion formulas. horizontal motion use constant velocity formula direction d vo vt a t vertical dy vyo vyt -g t horizontal dx vx Uniform circular motion. vc = 2 r/T. ac = vc2/r. ac is directed toward center vc = perimeter velocity in m/s. r = radius of circle in m. T = period of motion …
[DOCX File]Al Faris International School FIS
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Empirical and Molecular Formulas: Percent Yield: Rates of Reactions: What is the rate of a reaction? ... Angular velocity. Angular acceleration. Relation between linear and angular quantities. Calculating torque (moment) Gravitation: Planetary motion and gravitation. Kepler’s laws. Newton’s law of universal gravitation. Atoms and ...
[DOC File]Final Exam Review Sheet
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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 ...
[DOCX File]dwhileypdhpe.weebly.com
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Select 4 different sporting activities that involve general motion (combination of linear and angular motion) For each sport, practice the activity and classify the separate movements into linear and angular motion ... velocity and acceleration for each distance using the formulas. Distance. Time. 10m. 20m. 30m. 40m. 50m. 60m. 70m. 80m. 90m ...
[DOC File]Physics 113 Midterm 1 - Wake Forest University
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Understand all the formulas and concepts that were used in these exams. Re-use the three cheat cards you wrote, write three new ones or write your formulas on a 8x11.5 piece of paper. ... Rolling Motion, Angular Momentum, Torque. 2. A particle located at the position vector . r = (2. i + 3. k) m has a force . F = (-i + 2. k) N acting on it. The ...
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