The shaft pulley system has a universal joint at point 0. So it is supported by a slide at point A bearing and fixed support at point C. There is a mass of 12kg on the pulley and subject to the belt tensions but the mass of the shaft is negligible. a) draw the FBD of the assembly b) write the static equilibrium equations for the assembly c) explore the assembly and come up with the possible FBD for each component
The shaft pulley system has a universal joint at point 0. So it is supported by a slide at point A bearing and fixed support at point C. There is a mass of 12kg on the pulley and subject to the belt tensions but the mass of the shaft is negligible. a) draw the FBD of the assembly b) write the static equilibrium equations for the assembly c) explore the assembly and come up with the possible FBD for each component
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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The shaft pulley system has a universal joint at point 0. So it is supported by a slide at point A bearing and fixed support at point C. There is a mass of 12kg on the pulley and subject to the belt tensions but the mass of the shaft is negligible. a) draw the FBD of the assembly b) write the static equilibrium equations for the assembly c) explore the assembly and come up with the possible FBD for each component d) write the static equilibrium equations for the each component FBD. Using vector approach
Transcribed Image Text:200 20-
50 lb-ft
200
BI
30°
300 N
100
A
100 N
Dimensions in mm
Prob. 02
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