Pls.help with 24. Question 24In the same setup as in question 23, if the mass of the crane arm (including winch) is 100 kg, find thedistance between the pivot and the center of mass for the crane arm (including winch).T2 = 4500 NLocation of center of massfor am of crane53PivotT1 = 650 N2 m6 m A winch mounted at the end of a crane arm is lowering a block of concrete on a cable. The tension in thecable is T1 = 650 N. The crane arm is supported by a second cable that pulls up on the arm at an angle of53° with respect to horizontal. The center of mass for the crane arm (including the winch) is marked with anx on the diagram.T2 = 4500 NLocation of center of massfor arm of crane53PivotT1 = 650 N2 m6 mFind the torque (magnitude and direction) exerted on the arm by the support cable (about the pivot point).

Solution for Question 24: Given, Mass of arm = m = 100 kgWeight of arm = W = mg = (100) (9.81) = 981…

Question 24 In the same setup as in question 23, if the mass of the crane arm (including winch) is 100 kg, find the distance between the pivot and the center of mass for the crane arm (including winch). T2 = 4500 N Location of center of mass for am of crane 53 Pivot T1 = 650 N 2 m 6 m

Question 24 In the same setup as in question 23, if the mass of the crane arm (including winch) is 100 kg, find the distance between the pivot and the center of mass for the crane arm (including winch). T2 = 4500 N Location of center of mass for am of crane 53 Pivot T1 = 650 N 2 m 6 m

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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