8. A bead slides without friction on a wire which is rotating with angular velocity w in the force free space (see the figure below). Write down the Lagrange's equation of motion. etermine the radial velocity and radial acceleration. lint: In the force free space kinetic energy is conserved

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Q8. A bead slides without friction on a wire which is rotating with angular velocity w in the force free space (see the figure below). Write down the Lagrange's equation of motion.
Determine the radial velocity and radial acceleration.
Hint: In the force free space kinetic energy is conserved
YA
Wire
P (x, y)
Bead
Transcribed Image Text:Q8. A bead slides without friction on a wire which is rotating with angular velocity w in the force free space (see the figure below). Write down the Lagrange's equation of motion. Determine the radial velocity and radial acceleration. Hint: In the force free space kinetic energy is conserved YA Wire P (x, y) Bead
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