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  3. 1 lb is required to hold a 600 lb load...

Question: 1 lb is required to hold a 600 lb load...

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1. lb is required to hold a 600 lb load using a three-part reeving system. A force of 2. Under ideal conditions, the lead line at A requires a pull of -to lift the 100b load. 3. Under ideal conditions, the lead line at A requires a force of the 100 lb load. Ib to lift Aforce of-ibisrequiredt0 move an 8000 lb load using a 10-part reeving system equipped with rolling-contact bearing pulleys. Note: The bend ratio is 17 and the assocaiated friction factor is 0.20. 4. -PULL LB LIFT 100 LB LOAD 5. A(n)_lb force is required to move a 1000 lb load using one-part reeving and plain bearing pulleys. Note: The bend ratio is 13 and the assocaiated friction factor is 1.08. 6. The minimum compressor size required for a pneumatic hoist that requires 110 scfm is HP 7. The working load capacity of a 40° bridle sling using a % shoulder nut eyebolt is lb. 8. The working load of a 60° bridle sling using a 4 shoulder nut eyebolt is lb. 9. The minimum output of a compressor rated at 11 HP is_ scfm. 10. The minimum output of a compressor rated at 7.5 HP is scfm. 11. The percent change in eyebolt capacity of a sling that has been relocated from 81° to 58is-%. 12. A force of Ib is required to move a 30,200 lb load using a four-part reeving system with rolling-contact bearing pulleys. Note: The bend ratio is 21 and the assocaiated friction factor is 0.12. 13. A force of lb is required to move a 21,925 lb load using a 12-part reeving system with plain bearing pulleys. Note: The bend ratio is 3 and the assocaiated friction factor is 0.21. 14, A shim thickness of-is required for a 90° rotation of a 1% eyebolt. 15. The working load capacity of a 40° bridle sling using a V2 shoulder nut eyebolt is lb.

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