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%3D Q4: - For static system as shown in figure below, if k 50 N/mm, m, =m2, µ = 0.25 for the blocks m, and m2, tensions T1= 28.35N, spring elongation 5 mm other wire, and the mass of blocks. By using the Grammar method. T2 and the force F1 m, cos 0 + m, sin 0. Find the inclination angle, Tension in m2 ml F1

%3D Q4: - For static system as shown in figure below, if k 50 N/mm, m, =m2, µ = 0.25 for the blocks m, and m2, tensions T1= 28.35N, spring elongation 5 mm other wire, and the mass of blocks. By using the Grammar method. T2 and the force F1 m, cos 0 + m, sin 0. Find the inclination angle, Tension in m2 ml F1

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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%3! Q4: - For static system as shown in figure below, if k 50 N/mm, m =m2, u = 0.25 for the blocks m, and m2, tensions TI= 28.35N, spring elongation 5 mm and the force F1 m, cos 0 + m, sin 0. Find the inclination angle, Tension in other wire, and the mass of blocks. By using the Grammar method. T2 m2 T1 ml F1
Transcribed Image Text:%3! Q4: - For static system as shown in figure below, if k 50 N/mm, m =m2, u = 0.25 for the blocks m, and m2, tensions TI= 28.35N, spring elongation 5 mm and the force F1 m, cos 0 + m, sin 0. Find the inclination angle, Tension in other wire, and the mass of blocks. By using the Grammar method. T2 m2 T1 ml F1
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