I need the answer as soon as possible If the Lagrange equation is in the following formm( +.what are the equations of motion for this system= -ka1 + k'(x2 – x1)-kr2 – k'(x2 – x1)mä1A)mä2-kaı + k'(x2)= -kr2 – k'(x1)mä1B)mä2C)mä,-kai + k'( x1)më2-kr2 – k'( x1)%3D-kr, + k'(x2 – x1)-ka2 – k'(x2 – x1)D)mä12mä2

here, x1 and x2 give as a variable. Lagrangian function is also given to use. do use the Lagrangian…

1 If the Lagrange equation is in the following form what are the equations of motion for this syster -kai + k'(x2 – x1) mä2 = -kx2 – k'(x2 – x1) mä1 | A) | | = -kxı + k'(2) mä2 = -kx2 – k'(x1) mä1 B) | C) mä1 -kai + k'( x1) mä2 = -kr2 – k'( x1) -ka, + k'(x2 – x1) -ka2 – k'(x2 – x1) D) mä, mä2 |

1 If the Lagrange equation is in the following form what are the equations of motion for this syster -kai + k'(x2 – x1) mä2 = -kx2 – k'(x2 – x1) mä1 | A) | | = -kxı + k'(2) mä2 = -kx2 – k'(x1) mä1 B) | C) mä1 -kai + k'( x1) mä2 = -kr2 – k'( x1) -ka, + k'(x2 – x1) -ka2 – k'(x2 – x1) D) mä, mä2 |

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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