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. A self-locking C-clamp is used to hold a workpiece with a clamping force of 5000 lb. The screw has a mean radius of 0.5 in and a lead of 0.18 in. If the screw has a coefficient of friction of 0.15, the moment needed to unclamp the workpiece is best given by m'=r wtan (+Øs) M = (0.5) (5000) ton (8.53-3.27) M = 230ft 16 a. 43.6 ft-lb 6.230 ft-lb- 523 ft-lb 19.1 ft-lb =tan (0.15) healt

. A self-locking C-clamp is used to hold a workpiece with a clamping force of 5000 lb. The screw has a mean radius of 0.5 in and a lead of 0.18 in. If the screw has a coefficient of friction of 0.15, the moment needed to unclamp the workpiece is best given by m'=r wtan (+Øs) M = (0.5) (5000) ton (8.53-3.27) M = 230ft 16 a. 43.6 ft-lb 6.230 ft-lb- 523 ft-lb 19.1 ft-lb =tan (0.15) healt

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
Problem 1.1MA
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Please solve the problem in a handwritten format only with the correct answer. it would be well and good if you include a free body diagram.
8 6. A self-locking C-clamp is used to hold a workpiece with a clamping force of 5000 lb. The screw has a mean radius of 0.5 in and a lead of 0.18 in. If the screw has a coefficient of friction of 0.15, the moment needed to unclamp the workpiece is best given by M'=r wtan (+Øs) M = (0.5) (5000) tan (8.53-3.27) M = 230 ft·16 a. 43.6 ft-lb 6.230 ft-lb- 523 ft·lb 19.1 ft-lb =tan(0.15) Ps= 8,53 = tail (2005) 8 = 3.27 C Workpiece 500015
Transcribed Image Text:8 6. A self-locking C-clamp is used to hold a workpiece with a clamping force of 5000 lb. The screw has a mean radius of 0.5 in and a lead of 0.18 in. If the screw has a coefficient of friction of 0.15, the moment needed to unclamp the workpiece is best given by M'=r wtan (+Øs) M = (0.5) (5000) tan (8.53-3.27) M = 230 ft·16 a. 43.6 ft-lb 6.230 ft-lb- 523 ft·lb 19.1 ft-lb =tan(0.15) Ps= 8,53 = tail (2005) 8 = 3.27 C Workpiece 500015
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