x²+x²y² For the Lagrangian L = kxy find the equation of motion: 2 2 O A x=-kxy²; y=-ky OB. x= xy² + kxy² : xy=-2xy + kxy OC₁ x= xy² + kxy² : y = ky OD.x=xy²-kxy²: xy=-2xy + kxy
x²+x²y² For the Lagrangian L = kxy find the equation of motion: 2 2 O A x=-kxy²; y=-ky OB. x= xy² + kxy² : xy=-2xy + kxy OC₁ x= xy² + kxy² : y = ky OD.x=xy²-kxy²: xy=-2xy + kxy
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![For the Lagrangian L.
OAX=-kxy² :
2
OB. x= xy² + kxy?
OC₁ x= xy² + kxy²
ⒸD₁x=xy²-kxy²
x²+x² j2
y² kx²y² find the equation of motion:
2
2
y=-ky
EXY
xy = − 2xy + krv
:
y=ky
NN = −
2xy + kxy
:](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F38ec8aa9-3aeb-495a-9a0d-4ac665d432e8%2F2a077f6f-70d7-47b3-9202-9e79846e9234%2F7pf84al_processed.jpeg&w=3840&q=75)
Transcribed Image Text:For the Lagrangian L.
OAX=-kxy² :
2
OB. x= xy² + kxy?
OC₁ x= xy² + kxy²
ⒸD₁x=xy²-kxy²
x²+x² j2
y² kx²y² find the equation of motion:
2
2
y=-ky
EXY
xy = − 2xy + krv
:
y=ky
NN = −
2xy + kxy
:
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