Three blocks are placed on a rough table that is h1 = 1.25 ? off the ground. Block A (?? = 4 ?g) is projected along the table with a speed of ?? = 5 ?/? toward Block B (?? = 1 ?g), which is initially at rest and ??? = 1 ? away from A. When blocks A and B collide, they stick together and travel ?BC = 0.5 ? before impacting with and sticking to stationary block C (?C = 2 ?g) located at the edge of the table. If the coefficient of friction between the blocks and the table is ? = 0.2, how far away from the table’s ledge does the three-block system land?
Three blocks are placed on a rough table that is h1 = 1.25 ? off the ground. Block A (?? = 4 ?g) is projected along the table with a speed of ?? = 5 ?/? toward Block B (?? = 1 ?g), which is initially at rest and ??? = 1 ? away from A. When blocks A and B collide, they stick together and travel ?BC = 0.5 ? before impacting with and sticking to stationary block C (?C = 2 ?g) located at the edge of the table. If the coefficient of friction between the blocks and the table is ? = 0.2, how far away from the table’s ledge does the three-block system land?
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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Three blocks are placed on a rough table that is h1 = 1.25 ? off the ground. Block A (?? = 4 ?g) is projected along the table with a speed of ?? = 5 ?/? toward Block B (?? = 1 ?g), which is initially at rest and ??? = 1 ? away from A. When blocks A and B collide, they stick together and travel ?BC = 0.5 ? before impacting with and sticking to stationary block C (?C = 2 ?g) located at the edge of the table. If the coefficient of friction between the blocks and the table is ? = 0.2, how far away from the table’s ledge does the three-block system land?
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