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Problem: 1 The slider-crank shown in the figure is drawn to a certain scale. If actual length of link AB is 7.2 cm, its mass is m3 = 1.81 kg and the moment of inertia about center of mass G is Ig = (ml² /12). Take ag3 = 60 m/s² and the angular acceleration az = 708 rad/s². A part of the acceleration diagram is given. Determine the unknown torque T2. Use the graphical solution.

Problem: 1 The slider-crank shown in the figure is drawn to a certain scale. If actual length of link AB is 7.2 cm, its mass is m3 = 1.81 kg and the moment of inertia about center of mass G is Ig = (ml² /12). Take ag3 = 60 m/s² and the angular acceleration az = 708 rad/s². A part of the acceleration diagram is given. Determine the unknown torque T2. Use the graphical solution.

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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Strictly use graphical method and Find T2.

Do not copy from chegg their all answers are wrong.If you do I'll give thumbs down.

Problem: 1 The slider-crank shown in the figure is drawn to a certain scale. If actual length of link AB is 7.2 cm, its mass is m3 = 1.81 kg and the moment of inertia about center of mass G is Ig = (m² /12). Take aG3 = 60 m/s² and the angular acceleration az = 708 rad/s². A part of the acceleration diagram is given. Determine the unknown torque T2. Use the graphical solution. A T, G, В O" B" A"
Transcribed Image Text:Problem: 1 The slider-crank shown in the figure is drawn to a certain scale. If actual length of link AB is 7.2 cm, its mass is m3 = 1.81 kg and the moment of inertia about center of mass G is Ig = (m² /12). Take aG3 = 60 m/s² and the angular acceleration az = 708 rad/s². A part of the acceleration diagram is given. Determine the unknown torque T2. Use the graphical solution. A T, G, В O" B" A"
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