A particle moves in a circular orbit of radius a under an attraction to a point inside the circle. The greatest and least speeds of the particle in its orbit are vị and v2. The time period of the particle is a) ra(v1+v2) vị V2 b) na(vı+v2) v1-v2 c) Ta(v1 –v2) vịv2 d) ra(v1 =v2) vi+v2

A particle moves in a circular orbit of radius a under an attraction to a point inside the circle. The greatest and least speeds of the particle in its orbit are vị and v2. The time period of the particle is a) ra(v1+v2) vị V2 b) na(vı+v2) v1-v2 c) Ta(v1 –v2) vịv2 d) ra(v1 =v2) vi+v2

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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A particle moves in a circular orbit of radius a under an attraction to a point
inside the circle. The greatest and least speeds of the particle in its orbit are vị
and v2. The time period of the particle is
a)
ra(v1+v2)
vị V2
b)
na(vı+v2)
v1-v2
c)
Ta(v1 –v2)
vịv2
d)
ra(v1 =v2)
vi+v2

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