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A spherical star of radius R and mass M spins at a 1 rev every 25 days. If it collapses to a spherical star (neutron star) with a radius of 1×10P R, find the new rotation rate in order to conserve angular momentum. O A) 4800 rev/s B) 6 rev/s O C) 17000000 rev/s D) 52 rev/s

A spherical star of radius R and mass M spins at a 1 rev every 25 days. If it collapses to a spherical star (neutron star) with a radius of 1×10P R, find the new rotation rate in order to conserve angular momentum. O A) 4800 rev/s B) 6 rev/s O C) 17000000 rev/s D) 52 rev/s

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A spherical star of radius R and mass M spins at a 1 rev every 25 days. If it collapses to a spherical star (neutron star) with a radius of 1x10 R, find the new rotation rate in order to conserve angular momentum. O A) 4800 rev/s B) 6 rev/s O C) 17000000 rev/s O D) 52 rev/s
Transcribed Image Text:A spherical star of radius R and mass M spins at a 1 rev every 25 days. If it collapses to a spherical star (neutron star) with a radius of 1x10 R, find the new rotation rate in order to conserve angular momentum. O A) 4800 rev/s B) 6 rev/s O C) 17000000 rev/s O D) 52 rev/s
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