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2) On your birthday, your friends stack two presents, A and B, on a horizontal surface. A ribbon is tied to the upper right corner of block A. Assume the packages can only move horizontally and that ui-s = 0.4, µ1-k = 0.35, µ2-s = 0.2, µ2-k = 0.15, ma = 10 kg and mg = 1 kg. Determine if package A will slip if you pull on the ribbon with a force T = 30 N. Be sure to include an FBD and IRD. > If package A slips, determine the acceleration of the package when you pull on the ribbon. > If package A does not slip, determine whether both packages slip on the floor when you pull on the ribbon (this would require a new FBD and IRD of the entire system). If they slide, compute the acceleration of the system. e = 45° 0.3 m 0.3m B. M2 す 2m

2) On your birthday, your friends stack two presents, A and B, on a horizontal surface. A ribbon is tied to the upper right corner of block A. Assume the packages can only move horizontally and that ui-s = 0.4, µ1-k = 0.35, µ2-s = 0.2, µ2-k = 0.15, ma = 10 kg and mg = 1 kg. Determine if package A will slip if you pull on the ribbon with a force T = 30 N. Be sure to include an FBD and IRD. > If package A slips, determine the acceleration of the package when you pull on the ribbon. > If package A does not slip, determine whether both packages slip on the floor when you pull on the ribbon (this would require a new FBD and IRD of the entire system). If they slide, compute the acceleration of the system. e = 45° 0.3 m 0.3m B. M2 す 2m

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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2) On your birthday, your friends stack two presents, A and B, on a horizontal surface. A ribbon is tied to the upper right corner of block A. Assume the packages can only move horizontally and that u1-s = 0.4, µ1-k = 0.35, µ2-s = 0.2, zk = 0.15, mA = 10 kg and mg = 1 kg. Determine if package A will slip if you pull on the ribbon with a force T = 30 N. Be sure to include an FBD and IRD. > If package A slips, determine the acceleration of the package when you pull on the ribbon. > If package A does not slip, determine whether both packages slip on the floor when you pull on the ribbon (this would require a new FBD and IRD of the entire system). If they slide, compute the acceleration of the system. 1m e = 45° 0.3 m D.3m 1.2m
Transcribed Image Text:2) On your birthday, your friends stack two presents, A and B, on a horizontal surface. A ribbon is tied to the upper right corner of block A. Assume the packages can only move horizontally and that u1-s = 0.4, µ1-k = 0.35, µ2-s = 0.2, zk = 0.15, mA = 10 kg and mg = 1 kg. Determine if package A will slip if you pull on the ribbon with a force T = 30 N. Be sure to include an FBD and IRD. > If package A slips, determine the acceleration of the package when you pull on the ribbon. > If package A does not slip, determine whether both packages slip on the floor when you pull on the ribbon (this would require a new FBD and IRD of the entire system). If they slide, compute the acceleration of the system. 1m e = 45° 0.3 m D.3m 1.2m
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