Consider two particles m1 and m2. Let m lbe confined to move on a circle of radius R1 in the z-0 plane and centered at x-0, y-0. Let m2 be confined to move on a circle of radius R2 in the z-a plane and centered at x-0, y=0. A massless spring of spring constant C is joining the two particles. Set up the Lagrangian for the system. Set up the equations of constraints. Set up the Lagrange equations using Lagrange multipliers.

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Consider two particles m1 and m2. Let mlbe confined to move on a circle of radius R1
in the z-0 plane and centered at x-0, y-0. Let m2 be confined to move on a circle of
radius R2 in the z-a plane and centered at x-0, y-0. A massless spring of spring
constant C is joining the two particles.
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Set up the Lagrangian for the system.
Set up the equations of constraints.
Set up the Lagrange equations using Lagrange multipliers.
Transcribed Image Text:Consider two particles m1 and m2. Let mlbe confined to move on a circle of radius R1 in the z-0 plane and centered at x-0, y-0. Let m2 be confined to move on a circle of radius R2 in the z-a plane and centered at x-0, y-0. A massless spring of spring constant C is joining the two particles. www Set up the Lagrangian for the system. Set up the equations of constraints. Set up the Lagrange equations using Lagrange multipliers.
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