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14. The loss factor is if the sling angle is 65° from the horizon. t. 15. The total lifting capacity of a two-leg sling made of ¾", 6 x 19, IPS-FC wire rope with the sling loops constructed of wedged sockets and sling angles of 70° is 16. The rope bending load rating of a ½" rope traveling over a 6" pulley with a load rating of 1500 lb is lb.

14. The loss factor is if the sling angle is 65° from the horizon. t. 15. The total lifting capacity of a two-leg sling made of ¾", 6 x 19, IPS-FC wire rope with the sling loops constructed of wedged sockets and sling angles of 70° is 16. The rope bending load rating of a ½" rope traveling over a 6" pulley with a load rating of 1500 lb is lb.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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14. The loss factor is if the sling angle is 65° from the horizon. rope 15. The total lifting capacity of a two-leg sling made of ¾", 6 × 19, IPS-FC wire with the sling loops constructed of wedged sockets and sling angles of 70° is ____ t. 16. The rope bending load rating of a 12" rope traveling over a 6" pulley with a load rating of 1500 lb is lb. lift 3000 1h with a steady lift is
Transcribed Image Text:14. The loss factor is if the sling angle is 65° from the horizon. rope 15. The total lifting capacity of a two-leg sling made of ¾", 6 × 19, IPS-FC wire with the sling loops constructed of wedged sockets and sling angles of 70° is ____ t. 16. The rope bending load rating of a 12" rope traveling over a 6" pulley with a load rating of 1500 lb is lb. lift 3000 1h with a steady lift is
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