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A bead of mass 'm' slides along a wire kept in vertical plane as shown in figure. The equation of the wire is y = ar?. Lagrangian of the bead is 29. zmx² (1+ 4a²x*)=mgax² (b) m² (1+ 4a²x²) + mgar² my- +mgy 4 ya 4 ya mgy (d) 기

A bead of mass 'm' slides along a wire kept in vertical plane as shown in figure. The equation of the wire is y = ar?. Lagrangian of the bead is 29. zmx² (1+ 4a²x*)=mgax² (b) m² (1+ 4a²x²) + mgar² my- +mgy 4 ya 4 ya mgy (d) 기

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A bead of mass 'm'slides along a wire kept in vertical plane as shown in figure. The equation of the wire is y= ar?. Lagrangian ofthe bead is 29. (a) z mx² (1+ 4a²x*)- mgar? (b) mx² (1+ 4a²r* + mgar² 1 1+ 4 ya mgy (d) +mgy 4ya
Transcribed Image Text:A bead of mass 'm'slides along a wire kept in vertical plane as shown in figure. The equation of the wire is y= ar?. Lagrangian ofthe bead is 29. (a) z mx² (1+ 4a²x*)- mgar? (b) mx² (1+ 4a²r* + mgar² 1 1+ 4 ya mgy (d) +mgy 4ya
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