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A body of mass m, having initial velocity vo, is sliding up on a rough plane at a = 30° to the horizon. At the moment of time 1₁=3 s after beginning, the body stops. Determine the velocity magnitude vo as well as the distance L, passed by the body for the above mentioned period. The coefficient of the friction between the body and the plane is μ = 0,1. a

A body of mass m, having initial velocity vo, is sliding up on a rough plane at a = 30° to the horizon. At the moment of time 1₁=3 s after beginning, the body stops. Determine the velocity magnitude vo as well as the distance L, passed by the body for the above mentioned period. The coefficient of the friction between the body and the plane is μ = 0,1. a

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
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PROBLEM 2 A body of mass m, having initial velocity vo, is sliding up on a rough plane at a = 30° to the horizon. At the moment of time 1₁=3 s after beginning, the body stops. Determine the velocity magnitude vo as well as the distance L, passed by the body for the above mentioned period. The coefficient of the friction between the body and the plane is = 0,1. Vo a
Transcribed Image Text:PROBLEM 2 A body of mass m, having initial velocity vo, is sliding up on a rough plane at a = 30° to the horizon. At the moment of time 1₁=3 s after beginning, the body stops. Determine the velocity magnitude vo as well as the distance L, passed by the body for the above mentioned period. The coefficient of the friction between the body and the plane is = 0,1. Vo a
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