3. A pendulum consist of a mass m suspended by a massless spring with natural length ro and spring constant k. (i) Sketch the system and determine the generalized coordinate. (ii) Calculate the Lagrangian, L = L(qk» qk). (ii) Calculate the generalized momenta for each generalized coordinate. (iv) Determine the Hamiltonian H = H(qk, Pk). (v) Determine the Hamilton's canonical equations of motion and show that %3D İk = [9r,H], and pg = [Px, H] %3D for each generalized coordinate and [,] denotes Poisson bracket.
3. A pendulum consist of a mass m suspended by a massless spring with natural length ro and spring constant k. (i) Sketch the system and determine the generalized coordinate. (ii) Calculate the Lagrangian, L = L(qk» qk). (ii) Calculate the generalized momenta for each generalized coordinate. (iv) Determine the Hamiltonian H = H(qk, Pk). (v) Determine the Hamilton's canonical equations of motion and show that %3D İk = [9r,H], and pg = [Px, H] %3D for each generalized coordinate and [,] denotes Poisson bracket.
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