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Block A weighs 200 lb and rides in a frictionless vertical guide as shown. Uniform cylinder B weighs 300 lb and is connected to block A by member AB which weighs 180 lb. Cylinder B starts directly below block A with negligible velocity. Calculate the velocity of block A when the system has achieved the position show

Block A weighs 200 lb and rides in a frictionless vertical guide as shown. Uniform cylinder B weighs 300 lb and is connected to block A by member AB which weighs 180 lb. Cylinder B starts directly below block A with negligible velocity. Calculate the velocity of block A when the system has achieved the position show

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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Block A weighs 200 lb and rides in a 
frictionless vertical guide as shown. Uniform 
cylinder B weighs 300 lb and is connected to 
block A by member AB which weighs 180 lb. 
Cylinder B starts directly below block A with 
negligible velocity. Calculate the velocity of 
block A when the system has achieved the 
position show. 

Block A weighs 200 lb and rides in a frictionless vertical guide as shown. Uniform cylinder B weighs 300 lb and is connected to block A by member AB which weighs 180 lb. Cylinder B starts directly below block A with negligible velocity. Calculate the velocity of block A when the system has achieved the position show. NA WA = 200 lb -6' WAB = 180 lb Instant center of B 5' WB Instant center of AB = 300 lb
Transcribed Image Text:Block A weighs 200 lb and rides in a frictionless vertical guide as shown. Uniform cylinder B weighs 300 lb and is connected to block A by member AB which weighs 180 lb. Cylinder B starts directly below block A with negligible velocity. Calculate the velocity of block A when the system has achieved the position show. NA WA = 200 lb -6' WAB = 180 lb Instant center of B 5' WB Instant center of AB = 300 lb
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