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QUESTION 2: A particle is rotating in a circular orbit with radius r=5(A+5)m. The displace- ment function of the particle along the path s= Br + Ft +G m. Unit of tis seconds. B=(A+1)/20, F =(A+2)/10, G=(A/5+1)/5.

QUESTION 2: A particle is rotating in a circular orbit with radius r=5(A+5)m. The displace- ment function of the particle along the path s= Br + Ft +G m. Unit of tis seconds. B=(A+1)/20, F =(A+2)/10, G=(A/5+1)/5.

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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Here A=4.5 Please solve it as soon as possible
QUESTION 2: A particle is rotating in a circular orbit with radius r=5(A+5)m. The displace- ment function of the particle along the path s= Br + Ft +G m. Unit of t is seconds. B= (A+1)/ 20, %3D F=(A+2)/10, G= (A/5+1)/5. a) Determine the velocity of the particle at time T=(A+10) s b) Determine the tangential acceleration of the particle at time T = (A+10) s c) Determine the normal acceleration of the particle at time T = (A+10) s d) Determine the absolute acceleration of the particle at time T = (4+10) s.
Transcribed Image Text:QUESTION 2: A particle is rotating in a circular orbit with radius r=5(A+5)m. The displace- ment function of the particle along the path s= Br + Ft +G m. Unit of t is seconds. B= (A+1)/ 20, %3D F=(A+2)/10, G= (A/5+1)/5. a) Determine the velocity of the particle at time T=(A+10) s b) Determine the tangential acceleration of the particle at time T = (A+10) s c) Determine the normal acceleration of the particle at time T = (A+10) s d) Determine the absolute acceleration of the particle at time T = (4+10) s.
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