Equilibrium

Equilibrium - Determine the force in each cable and the...

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Unformatted text preview: Determine the force in each cable and the force F needed to hold the 4-kg lamp in the position shown. Hint: First analyze the equilibrium at B; then, using the ' result for the force in B analyze the equilibrium at C. ins =' 0 4TB». cow's 1-1}; we so" =- TBL, :- 34 1410 (D T3,. = (can? N1 1?“: Jliehed by Pearson Prentice Hall. Pearson Education; Inc. Upper Saddle River, New The cords BCA and CD can each support a maximum load of 100 lb. Determine the maximum weight of the crate that can be hoisted at constant velocity, and the angle 9 for equilibrium. fished by Pearson Prentice Hall. Pearson EfiUcatio‘n, the” Upper Saddle Rwe Determine the maximum weight W that can be Supported in the position ' shown if each cable AC and AB can support a maximum tension of 600 lb before it fails. '3 2% == _ _ 7“ FAB LEM) *‘ FA051“3° : 0 0 Sub (23 —-7 G) (Moor—fl \$ LibLs< (000 ? 6F}. 2.? =0 ‘11:: FM + FM, Losao -V\'J *0 Sub (Q t ® 9.6) tzhs Woo) 1r slats Sim so “\N =- \:\\ = 6153 35”” iii?! 2m]? by R. C Hibhelec Tn be puhtishad [w Peersnn Prenttee Halt. rte-amen Ednrraiifin, the. Upper Saddle River. New Jereev Ail rights: reserved The bucket has aweight of 20 lb” an“ WSW-‘1 Determine the tension developed in PM: 3‘5 ' each cord for equilibrium. _ F” -= tut-0"” - .. A ._ Tr”, F =.“9 For: FDA “0A “' FDA Y: x ‘ DU Fr '0 = F” ($1 *23 +22 )/55"*L—2§" +7} = PM (0.9104? -- o 34323+o 34%;?) (Moe? 'fig - an L-- oefio? “0.48”th +O~‘-\8’$l i2.) f .)_ ...
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This note was uploaded on 02/06/2012 for the course CEEN 103 taught by Professor Stephanieallredmagleby during the Winter '12 term at BYU.

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Equilibrium - Determine the force in each cable and the...

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