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By using virtual work find the moment 'T' to keep the system in equilibrium. M=(15+n) kg, 0 = 40°. Bar BC always stays in the horizontal position. Use 'n' = question number. Write the solution step by step. Make sure to present your solutions clearly and legibly. (Example: If question number is 2, n=2) A 0.3 m B 0.1 m M 0.2 m C

By using virtual work find the moment 'T' to keep the system in equilibrium. M=(15+n) kg, 0 = 40°. Bar BC always stays in the horizontal position. Use 'n' = question number. Write the solution step by step. Make sure to present your solutions clearly and legibly. (Example: If question number is 2, n=2) A 0.3 m B 0.1 m M 0.2 m C

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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Please solve it sir, the value of n=5, thanks i will like.

By using virtual work find the moment 'T' to keep the system in equilibrium. M=(15+n) kg, 0 40°. Bar BC always stays in the horizontal position. Use 'n' = question number. Write the solution step by step. Make sure to present your solutions clearly and legibly. (Example: If question number is 2, n = 2) B 0.3 m A e T 0.1 m M * 0.2 m C
Transcribed Image Text:By using virtual work find the moment 'T' to keep the system in equilibrium. M=(15+n) kg, 0 40°. Bar BC always stays in the horizontal position. Use 'n' = question number. Write the solution step by step. Make sure to present your solutions clearly and legibly. (Example: If question number is 2, n = 2) B 0.3 m A e T 0.1 m M * 0.2 m C
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