1. Consider the system with T-m(²+²6² +22) and U = mgz where z = cr²,9= wt, by using the Lagrangian method we can find the equation of motion B. A. (1+4c²r²) + t²(4c²r) +r(2gc-w²³) = 0 *(1-4c²r²) + ²(4c²r) +r(2gc+w²) - 0 C. (1+4c²r²) + ²(4c²r) +r(2gc+w²) = 0 +4c²r²)-¹(4c²r) +r(2gc-w²) = 0 D. F(1
1. Consider the system with T-m(²+²6² +22) and U = mgz where z = cr²,9= wt, by using the Lagrangian method we can find the equation of motion B. A. (1+4c²r²) + t²(4c²r) +r(2gc-w²³) = 0 *(1-4c²r²) + ²(4c²r) +r(2gc+w²) - 0 C. (1+4c²r²) + ²(4c²r) +r(2gc+w²) = 0 +4c²r²)-¹(4c²r) +r(2gc-w²) = 0 D. F(1
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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Transcribed Image Text:1. Consider the system with 7 = m(²+²6² +2²) and U = mgz where
2 = cr².9= wt, by using the Lagrangian method we can find the equation
of motion
A. F(1+4c²r²) ++²(4c²r) +r(2gc-w²) - 0
B.
*(1-4c²r²) + r²(4c²r) +r(2gc+w²)=0
C.
(1+4c²r²)+r²(4c²r) +r(2gc+w²) = 0
D. F(1 +4c²r²)-² (4c²r) +r(2gc-w²) = 0
OA.
B.
O C.
O D.
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