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The machine shown is used for moving heavy items such as pallets of bricks around construction sites. For the horizontal boom position shown, determine the force in each of the two hydraulic cylinders AB (positive if in tension, negative if in compression). mass of the boom is 1300 kg with mass center at G1, and the mass of the cube of bricks is 2000 kg with mass center at G2. Assume a = 680 mm, b = 150 mm, c = 560 mm, d = 680 mm, e = 1820 mm, and f = 2870 mm. f B a G1 AB = kN

The machine shown is used for moving heavy items such as pallets of bricks around construction sites. For the horizontal boom position shown, determine the force in each of the two hydraulic cylinders AB (positive if in tension, negative if in compression). mass of the boom is 1300 kg with mass center at G1, and the mass of the cube of bricks is 2000 kg with mass center at G2. Assume a = 680 mm, b = 150 mm, c = 560 mm, d = 680 mm, e = 1820 mm, and f = 2870 mm. f B a G1 AB = kN

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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I got -133.344Kn but that was incorrect. Need help and the answer has to be to three decimal points.

The machine shown is used for moving heavy items such as pallets of bricks around construction sites. For the horizontal boom position shown, determine the force in each of the two hydraulic cylinders AB (positive if in tension, negative if in compression). The mass of the boom is 1300 kg with mass center at G1, and the mass of the cube of bricks is 2000 kg with mass center at G2. Assume a = 680 mm, b = 150 mm, c = 560 mm, d = 680 mm, e = 1820 mm, and f = 2870 mm. f B a G1 AB = i kN
Transcribed Image Text:The machine shown is used for moving heavy items such as pallets of bricks around construction sites. For the horizontal boom position shown, determine the force in each of the two hydraulic cylinders AB (positive if in tension, negative if in compression). The mass of the boom is 1300 kg with mass center at G1, and the mass of the cube of bricks is 2000 kg with mass center at G2. Assume a = 680 mm, b = 150 mm, c = 560 mm, d = 680 mm, e = 1820 mm, and f = 2870 mm. f B a G1 AB = i kN
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