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angular velocity 3 r/s when 0= 30° when the external moment of 50 NM. The mass of the rod and rectangle tube are 15kg and 20 Kg respectively, the thickness of the rectangle tube is 5mm A) Draw the free body and kinetic diagram of the rod and tube as one unit. B) Determine the reaction force at O. C) Determine the angular acceleration 0 M=50 N-m 600 mm 10 mm 20 mm

angular velocity 3 r/s when 0= 30° when the external moment of 50 NM. The mass of the rod and rectangle tube are 15kg and 20 Kg respectively, the thickness of the rectangle tube is 5mm A) Draw the free body and kinetic diagram of the rod and tube as one unit. B) Determine the reaction force at O. C) Determine the angular acceleration 0 M=50 N-m 600 mm 10 mm 20 mm

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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angular velocity 3 r/s when 0= 30 ° when the external moment of 50 NM. The mass of the rod and rectangle tube are 15kg and 20 Kg respectively, the thickness of the rectangle tube is 5mm A) Draw the free body and kinetic diagram of the rod and tube as one unit. B) Determine the reaction force at O. C) Determine the angular acceleration M = 50 N·m 600 mm 0 10 mm 20 mm
Transcribed Image Text:angular velocity 3 r/s when 0= 30 ° when the external moment of 50 NM. The mass of the rod and rectangle tube are 15kg and 20 Kg respectively, the thickness of the rectangle tube is 5mm A) Draw the free body and kinetic diagram of the rod and tube as one unit. B) Determine the reaction force at O. C) Determine the angular acceleration M = 50 N·m 600 mm 0 10 mm 20 mm
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