can you please find solution for this question QUESTION 1A rotating shaft is supportad by two bearings. The shut is obalanced due to a 4.5 kg mss 4) at a13 mm radius and a 3.0 kg mass (5) at a 21 mm radius from the axis of rotation4.5 kgBEARING045 kg603.0 kgSHAFT END VEW200-200.PLANE C3.0 kg2PLANEBEARING300 200-Dmensions sliown are m (mm].The shaft i to be statically balanced by addng mass at a ndrus of 15 am mplne CSpecity theamaguitule andanglar positic of the balance massC-Spreity theb After statically balancing fbeshaft. deternnine the dymic load on ench heare when thehift rotatesகாw Nat 300mm

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QUESTION 1 A rotating shafR is supported by two bearings. The shaft is uobalanced due to a 4.5 kg mass (A) at a 13 mm radius and a 3.0 kg mass (5) at a 21 mm radios from the axis of rotation. 4.5 kg BEARING 3.0 kg O4.5 kg SHAFT END VIEW 200-200 PLANE C 3.0 kg PLANE D 180 BEARING 2 300--200- Dimensions shown are in (um). D The shaft is to be statically balanced by adding mass at a radius of 15 nm in plane CSpecity the magnitude and angular position of the balence mass b) Affer statically balancing the shaft, deternnine the dynnmic load on ench bearing when the shaft rotate at 300 rDm

QUESTION 1 A rotating shafR is supported by two bearings. The shaft is uobalanced due to a 4.5 kg mass (A) at a 13 mm radius and a 3.0 kg mass (5) at a 21 mm radios from the axis of rotation. 4.5 kg BEARING 3.0 kg O4.5 kg SHAFT END VIEW 200-200 PLANE C 3.0 kg PLANE D 180 BEARING 2 300--200- Dimensions shown are in (um). D The shaft is to be statically balanced by adding mass at a radius of 15 nm in plane CSpecity the magnitude and angular position of the balence mass b) Affer statically balancing the shaft, deternnine the dynnmic load on ench bearing when the shaft rotate at 300 rDm

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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