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The rotor of a turbine 15 kg in mass, is supported at the midspan of a shaft as shown in figure. The shaft rotates at 500 rpm and the rotor displaces by an additional of 0.01 mm. The eccentricity (e) of the rotor is (Assume simply supported shaft) Rotor Shaft E= 2.1 × 1011 N/m2 I= 7854 mm4 500mm (a) 144 um (b) 0.69 um (c) 14.4 um (d) 6.9 um

The rotor of a turbine 15 kg in mass, is supported at the midspan of a shaft as shown in figure. The shaft rotates at 500 rpm and the rotor displaces by an additional of 0.01 mm. The eccentricity (e) of the rotor is (Assume simply supported shaft) Rotor Shaft E= 2.1 × 1011 N/m2 I= 7854 mm4 500mm (a) 144 um (b) 0.69 um (c) 14.4 um (d) 6.9 um

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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The rotor of a turbine 15 kg in mass, is supported at the midspan of a shaft as shown in figure. The shaft rotates at 500 rpm and the rotor displaces by an additional of 0.01 mm. The eccentricity (e) of the rotor is (Assume simply supported shaft) Rotor Shaft E= 2.1 × 1011 N/m2 I= 7854 mm4 500 mm (a) 144 um (b) 0.69 um (c) 14.4 pmn (d) 6.9 um
Transcribed Image Text:The rotor of a turbine 15 kg in mass, is supported at the midspan of a shaft as shown in figure. The shaft rotates at 500 rpm and the rotor displaces by an additional of 0.01 mm. The eccentricity (e) of the rotor is (Assume simply supported shaft) Rotor Shaft E= 2.1 × 1011 N/m2 I= 7854 mm4 500 mm (a) 144 um (b) 0.69 um (c) 14.4 pmn (d) 6.9 um
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