Convert linear acceleration to rotational
[DOC File]Circular Motion - Video Analysis of a Toy Train
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acceleration-time. graphs of both . linear. and . rotational. motion will aid your understanding of this type of periodic motion. Linear Motion Analysis: 6. After the video has been marked, go to the . coordinate systems box. and double-click on . Pt. on the . Point S1. line. Change the units to . m. and . deg. and click . OK. Do the same for ...
[DOC File]The Physics of Martial Arts - Physics and Astronomy | TTU
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Simple rotational mechanics tell us that the further from the center something gets while moving in a circle, the faster the linear acceleration away from the center. a = r where a is the linear acceleration outward, is the angular acceleration of the object rotating about a fixed center, and r is the radial distance from the center to the object.
[DOC File]Rotational Motion Notes
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Convert to a linear velocity using the “relationship” equations. Solve for centripetal acceleration. Multiply by mass to get centripetal force. Most of your problems will start with a linear velocity given and you simply have to calculate the acceleration and the force from that (#’s 1 & 2), but some will be a little more complicated ...
[DOC File]Physics - OAK PARK USD
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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
[DOC File]Choosing our generalized coordinates as the horizontal ...
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For linear state control of the inverted pendulum, it is necessary to convert the state equations to state space representation in the form ... It can be seen that the direction of pendulum rotational acceleration depends on the direction of cart acceleration and whether the pendulum angle is above or below 90(. The effect of a cart ...
[DOC File]Rotational motion is all around us
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(a) Convert 500 rev/min to rad/s. (b) Check the result of Part (b) in the example using . The linear velocity of a particle on the disk is tangent to the circular path of the particle and has magnitude dsi/dt. We can relate this tangential velocity to the angular velocity of the disk. The tangential acceleration of a particle on the disk is .
[DOC File]Dr. Mark Stockman GENERAL PHYSICS 101-3 Fall 1995
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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. Rotational angular momentum: (3.29) “Second Law for rotation” in terms of L: (3.30)
[DOC File]Physics
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convert linear into rotational (r = rM, = 1) Lm + LM = L' M, rM, M. rM mmvm + rM MMvM = (rM mm + rM MM)v' ... Which would have the greatest rotational acceleration? 26. A 1-kg block is hung at the end of a rod 1-m long. The balance point is 0.25 m from the end holding the block, what is the mass of the rod? ...
[DOC File]Allan Hancock College
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Relating linear and angular variables. Rotate the wheel 1, 2, or 3 full revolutions exactly, allowing the hanging mass to drop a distance h. Now measure h and convert the # of revolutions you made to radians. The distance h that the mass dropped is equal to the linear …
[DOC File]Section 8-2 Center of Mass
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Angular Acceleration – rate of change of ω. α = Greek letter alpha. αavg = ω2 – ω1 = ∆ω or (a/d) → tangential acceleration (m/s2) / distance (m) t2 – t1 ∆t. SI = rad/s2. All points on a rigid body have the same ω and α. Pg 251 has a table that compares rotational and linear kinematic equations. Practice Problems
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