- 2 The 159 Pound Crate Is Held In Equilibrium By The Three Cables Determine The Tension In Each Cable Point D Is In Th 1 (30.84 KiB) Viewed 32 times
2. The 159-pound crate is held in equilibrium by the three cables. Determine the tension in each cable. Point D is in th
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2. The 159-pound crate is held in equilibrium by the three cables. Determine the tension in each cable. Point D is in th
2. The 159-pound crate is held in equilibrium by the three cables. Determine the tension in each cable. Point D is in the yz plane, 4 feet above the y axis. A=0i+6j+0k b=-3i+ojak C= 21+0j+3h D=0i+j+k FAB-420216 FAC-6316 FAD=15016 B=-31-6jtak |AB) =√x²7²22² = 7 UAB = -4.291-8.57) +. 286k nector AC= 21-6j+3K (AC) = 7 VAC = 2.861.857j+. 429k AD=0i+ 3j+4k 30 20 201 6 ft 120 FAB= magnitude UV FAC fAD Fe -4.29, FAB +2.86; FAX =0 --857 FAB -.857 fac +-6 FAD 3 ft 256 FAB 429 FAC Ga 4 ft = -159k (1 0