1 li. .Physics_Lecture_6..CIRCULAR MOTIONPHYSICSProblem 1:A small sphere of mass m 400g is attached to the end of a cord of length 1.2m andset into motion in a vertical circle about a fixed point O, as illustrated in the figure below.Determine the magnitude of the tension in the corda) when the object passes the top point with a speed of 6m's (Answer: 8.IN)b) when the object passes bottom point with a speed of 8m's (Answer: 25.3N)e) when the object passes the points whose angles are e- 90° and 30° with speeds of7m's and 7.8m's, respectively. (Aawers:16.IN and 23.N) (Take gAm/s in these1)probiems)CIRCULAR MOTIONPHYSICSProblem 2:2) A vertical centrifuge machine contins 200mg lignid medieme with different elements. Insmain aim is to perfom a homogeneous misture. While doing this it robtes witha constantlinesr spred of 3.16aa's a vertcal eireular plane of adus 12em. Assaming the laquidmedicine behaves as a rigid object, finda) the nonnal force exerting on the medicne at the bottom Lausver: 001BEN)b) the normal force eterting on the medicine at the left side (90) LAnrer: 0166AN)e) the somal foree exertng on the medicine at the top (Amwer: 0.0147N)d) Find the mininum laear speed at the medicine passes the top point withoutpouring oul the tube LAnser:.as )CENTRUGENERTIOAMedidreCIRCULAR MOTIONPHYSICSProblem 3:Figure shows a commercial centrifuge machine.The structure consists of a horizontal, rotating, circular platform ofdiameter D from which medicine of mass m are suspended at thebottom of massless tubes of length d. When the system rotates atconstant speed, the tubes make an angle e with verticalConsider D = 0.06m, d = 0.12m, m = 0.03kg and e = 37°.a) Find the magnitude of the normal force (N) acting on the medicine? (Answer:0.37N)b) What is the speed of the medicine in each tube? (4nswer:0.86m/s)(Assume that the medicine in the tube behaves as a rigid body while the centrituge machine is rotating.)MatareIIENGINEERING PHYSICSENGINEERING PHYSICS ENGINEERING PHYSICS

We need to calculate tension at different positions of the sphere revolving in a vertical circle.

Problem 1: A small sphere of mass m = 400g is attached to the end of a cord of length 1.2m and set into motion in a vertical circle about a fixed point O, as illustrated in the figure below. Determine the magnitude of the tension in the cord a) when the object passes the top point with a speed of 6av's (Answer: 8.IN) b) when the object passes bottom point with a speed of Bm's (Answer: 25.3N) e) when the object passes the points whose amgles are 90° and 30° with speeds of 7m's and 7.8m's, respectively. (Aaswers:16.JN and 23. 7N) (Take g-am/s" in these probiems) 1)

Problem 1: A small sphere of mass m = 400g is attached to the end of a cord of length 1.2m and set into motion in a vertical circle about a fixed point O, as illustrated in the figure below. Determine the magnitude of the tension in the cord a) when the object passes the top point with a speed of 6av's (Answer: 8.IN) b) when the object passes bottom point with a speed of Bm's (Answer: 25.3N) e) when the object passes the points whose amgles are 90° and 30° with speeds of 7m's and 7.8m's, respectively. (Aaswers:16.JN and 23. 7N) (Take g-am/s" in these probiems) 1)

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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