can you help show me how to calculate all-in table proforma, please give me detail on how to get all values in the table? QuestionA rotating shaft carries four masses, A, B, C and D, rigidly attached to it; the mass centers areat 30mm, 36mm, 39mm and 33mm respectively from the axis of rotation; A, C and D are 7.5kg,5kg and 4kg; the axial distance between A and B is 400mm and that between B and C is500mm; the eccentricities of A and C are at 90° to one another.Find, for complete balance,(a)the angle between A, B and D;(b)the axial distance between the planes of revolution of C and D; and(c)the mass B.SolutionAB.DD90°115-0-4m->-0:5m->xm->(a)(b)Figure Q1The plane of B, Figure Q1(a), is chosen as the reference plane since it contains one of theunknown masses and distances measured to the right of it are regarded as positive. Using thegiven data, the following table is complied. Select plane B since it contains one of the unknown masses and distance measured to the rightof it are regarded as positive.Table proforma.mrmrlPlane((kg)(mm)(kg.mm)(m)(kg.mm.m)A7.530225-0.4-90Bm3636m391950.597.5D331320.5 + X66 + 132xThe couple polygon, Figure Q1(c), is constructed from the data in the mrl column, the directionof the couple due to A being downwards since it is negative.9751321959066+132 *225.36mFigure Ql(c)Figure Q1(d)By measurement, the closing side, ad = 132-6 = 66 + 132z kg mm mfrom whichz= 0-505 mAlso0 = 474°The force polygon, Figure Q1(d), is then constructed, using the data in mr column and theknown directions of the forces at A, C and D.By measurement, the closing side, db = 330 = 36m kg mm.. m= 9-16 kgAlso$= 174°from which the angle between B and D=115°The relative positions of the masses are shown in Figure Q1(b)

Given Data: Number of masses carried by the rotating shaft, n=4

Answered: can you help show me how to calculate…

can you help show me how to calculate all-in table proforma, please give me detail on how to get all values in the table?

International Edition---engineering Mechanics: Statics, 4th Edition

4th Edition

ISBN:9781305501607

Author:Andrew Pytel And Jaan Kiusalaas

Publisher:Andrew Pytel And Jaan Kiusalaas

Chapter5: Three-dimensional Equilibrium

Section: Chapter Questions

Problem 5.2P: Draw the FBD for the bar described in Prob. 5.1 if the bar is homogeneous of mass 50 kg. Count the...

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