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.
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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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.
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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.
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