Average Problem: Determine the weight that can be suspended for the system to be in equilibrium. The initial length of spring AB is 5 ft and kAB = 1000 lb/ft. Also, determine the force in spring DG...

Average Problem:<br>Determine the weight that can be suspended for the system to be in equilibrium. The initial length<br>of spring AB is 5 ft and kAB = 1000 lb/ft. Also, determine the force in spring DG and CF.<br>Assume at point B and point E the pulley is frictionless.<br>6 ft<br>F<br>B<br>www<br>15<br>35<br>55<br>300 Ibs<br>45°<br>99%<br>Fyne / for sommands<br>

Extracted text: Average Problem: Determine the weight that can be suspended for the system to be in equilibrium. The initial length of spring AB is 5 ft and kAB = 1000 lb/ft. Also, determine the force in spring DG and CF. Assume at point B and point E the pulley is frictionless. 6 ft F B www 15 35 55 300 Ibs 45° 99% Fyne / for sommands

Jun 11, 2022

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Average Problem: Determine the weight that can be suspended for the system to be in equilibrium. The initial length of spring AB is 5 ft and kAB = 1000 lb/ft. Also, determine the force in spring DG...

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