1. A system of a cable, AB, and a strut, BC, is used to hold a crate with a mass of 550 kg as shown in Figure 1. Both th

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1. A system of a cable, AB, and a strut, BC, is used to hold a crate with a mass of 550 kg as shown in Figure 1. Both th

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1 A System Of A Cable Ab And A Strut Bc Is Used To Hold A Crate With A Mass Of 550 Kg As Shown In Figure 1 Both Th 1
1 A System Of A Cable Ab And A Strut Bc Is Used To Hold A Crate With A Mass Of 550 Kg As Shown In Figure 1 Both Th 1 (62.12 KiB) Viewed 36 times
1. A system of a cable, AB, and a strut, BC, is used to hold a crate with a mass of 550 kg as shown in Figure 1. Both the cable and the strut are two-force members able to only carry load in their own direction). Determine the force vectors acting on the cable and on the strut at B. 5.9 m B 2.3 m с 5.4 m Figure 1 2. A structural beam with a mass of 300 kg is subjected to the loads shown in Figure 2. The beam is assumed to be two-dimensional, rigid and at rest. Calculate the equivalent system of force and moment vectors exerted at C and draw them in a separate schematic. 2 m 2 m A B с 320 N i k 5 m D 150 lbf 450 E 12 kip in 0.25 KN
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