Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN: 9780190698614
Author: Sadiku, Matthew N. O.
Publisher: Oxford University Press
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Question
The lift is holding a 190 lb weight as shown. The weight of the horizontal bar is 20 lbs and the weight of the vertical bar is 30 lbs. Calculate the reaction force components and reaction moments at point D? Ignore the radius of the frictionless pulleys. Dimensions: a = 3 ft b = 7 ft B AQ W c = 4 ft d = 6 in d с a b Tension in the rope = Reaction Moment at D = Horizontal reaction force = [ Vertical reaction force = lbs e = 2 ft a = 45° C D E 0 = 20° ft lbs (Click to select) V lbs (Click to select) lbs (Click to select)
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Transcribed Image Text:The lift is holding a 190 lb weight as shown. The weight of the horizontal bar is 20 lbs and the weight of the vertical bar is 30 lbs. Calculate the reaction force components and reaction moments at point D? Ignore the radius of the frictionless pulleys. Dimensions: a = 3 ft b = 7 ft B AQ W c = 4 ft d = 6 in d с a b Tension in the rope = Reaction Moment at D = Horizontal reaction force = [ Vertical reaction force = lbs e = 2 ft a = 45° C D E 0 = 20° ft lbs (Click to select) V lbs (Click to select) lbs (Click to select)
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Step 1: determine the given variable. -
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Step 2: calculation of angle in tringle CDE
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Step 3: calculation of reaction
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