Assume a system consists of three atoms, each having a mass of one kilogram and given: = i + j r₁ = k 3 r₂ = j + k, v ₂² 2 r₂ = V = 2i 1 = j , V3 = i + j + k 1) what is the velocity and the position of the center mass! 2) calculate the linear momentum of the system! 3) Determine the total of the kinetic energy of the individual particles. Determine the KE of the center of mass 4) What accounts for the difference in Part C answers?

Assume a system consists of three atoms, each having a mass of one kilogram and given: = i + j r₁ = k 3 r₂ = j + k, v ₂² 2 r₂ = V = 2i 1 = j , V3 = i + j + k 1) what is the velocity and the position of the center mass! 2) calculate the linear momentum of the system! 3) Determine the total of the kinetic energy of the individual particles. Determine the KE of the center of mass 4) What accounts for the difference in Part C answers?

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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