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A mass rn is connected on either side with a springeach of spring constant k and k2. The free ends of springs are tied of rigid supports. The displacement of the mass is x from equilibrium position. Which one of the following is TRUE? (a) The force acting on the mass is (k +k -x (b) The angular momentum of the mass is zero about the equilibrium point and its Lagrangain is - mx + (k + k2 )x? 1 (c) The totafenergy of the system is mx (d) The angular momentum of the mass is mx and the lagrangian of the system is m (k| +k2 )x²

A mass rn is connected on either side with a springeach of spring constant k and k2. The free ends of springs are tied of rigid supports. The displacement of the mass is x from equilibrium position. Which one of the following is TRUE? (a) The force acting on the mass is (k +k -x (b) The angular momentum of the mass is zero about the equilibrium point and its Lagrangain is - mx + (k + k2 )x? 1 (c) The totafenergy of the system is mx (d) The angular momentum of the mass is mx and the lagrangian of the system is m (k| +k2 )x²

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24. A mass rn is connected on either side with a springeach of spring constant k and k2. The free ends of springs are tied of rigid supports. The displacement of the mass is x from equilibrium position. Which one of the following is TRUE? 00000 0000 (a) The force acting on the mass is (k + k2) – x (b) The angular momentum of the mass is zero about the equilibrium point and its Lagrangain is mi + (k +. (c) The totafenergy of the system is mx (d) The angular momentum of the mass is mx and the lagrangian of the system is m 1 2 2
Transcribed Image Text:24. A mass rn is connected on either side with a springeach of spring constant k and k2. The free ends of springs are tied of rigid supports. The displacement of the mass is x from equilibrium position. Which one of the following is TRUE? 00000 0000 (a) The force acting on the mass is (k + k2) – x (b) The angular momentum of the mass is zero about the equilibrium point and its Lagrangain is mi + (k +. (c) The totafenergy of the system is mx (d) The angular momentum of the mass is mx and the lagrangian of the system is m 1 2 2
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