Suppose we represent an ordinary star as a uniform solid rigid sphere. The star’s initial radius is 644000 km (comparable to the size of our sun). After it collapses, forming a neutron star, its final radius is only 18.3 km! If the original star makes one complete rotation about its axis once per month (every 30 days), find the neutron star’s period of rotation just after the original star has collapsed. Tafter = (in s)
Suppose we represent an ordinary star as a uniform solid rigid sphere. The star’s initial radius is 644000 km (comparable to the size of our sun). After it collapses, forming a neutron star, its final radius is only 18.3 km! If the original star makes one complete rotation about its axis once per month (every 30 days), find the neutron star’s period of rotation just after the original star has collapsed. Tafter = (in s)
Classical Dynamics of Particles and Systems
5th Edition
ISBN:9780534408961
Author:Stephen T. Thornton, Jerry B. Marion
Publisher:Stephen T. Thornton, Jerry B. Marion
Chapter8: Central-force Motion
Section: Chapter Questions
Problem 8.18P
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Suppose we represent an ordinary star as a uniform solid rigid sphere. The star’s initial radius is 644000 km (comparable
to the size of our sun). After it collapses, forming a neutron star, its final radius is only 18.3 km! If the original star
makes one complete rotation about its axis once per month (every 30 days), find the neutron star’s period of rotation
just after the original star has collapsed.
Tafter = (in s)
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