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For the body shown, which is of uniform thickness t and uniform width w, You may consider the two parts of the T as slender bars, and the point O to be at the end of one of them. If /= 100mm, h = 80mm, t = 4mm, w = 9mm and the material is steel of density p = 7860kg/m³, (a) calculate the moment of inertia of the body about the axis through point o, (b) and hence the angular acceleration of the body if it is subjected to a torque of 2.0Nm. Neglect the effects of gravity and friction.

For the body shown, which is of uniform thickness t and uniform width w, You may consider the two parts of the T as slender bars, and the point O to be at the end of one of them. If /= 100mm, h = 80mm, t = 4mm, w = 9mm and the material is steel of density p = 7860kg/m³, (a) calculate the moment of inertia of the body about the axis through point o, (b) and hence the angular acceleration of the body if it is subjected to a torque of 2.0Nm. Neglect the effects of gravity and friction.

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
Problem 1.1MA
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For the body shown, which is of uniform thickness t and uniform width w, You may consider the two parts of the T as slender bars, and the point O to be at the end of one of them. If 7= 100mm, h = 80mm, t = 4mm, w = 9mm and the material is steel of density p = 7860kg/m³, (a) calculate the moment of inertia of the body about the axis through point o, (b) and hence the angular acceleration of the body if it is subjected to a torque of 2.0Nm. Neglect the effects of gravity and friction.
Transcribed Image Text:For the body shown, which is of uniform thickness t and uniform width w, You may consider the two parts of the T as slender bars, and the point O to be at the end of one of them. If 7= 100mm, h = 80mm, t = 4mm, w = 9mm and the material is steel of density p = 7860kg/m³, (a) calculate the moment of inertia of the body about the axis through point o, (b) and hence the angular acceleration of the body if it is subjected to a torque of 2.0Nm. Neglect the effects of gravity and friction.
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