What is the Critical Period for a Neutron Star and How is it Estimated?

AI Thread Summary
The critical period for a neutron star is the minimum rotation time before it begins to lose mass due to centrifugal force, estimated to be between 8 and 12 years. This discussion highlights the importance of understanding astrophysical principles, particularly for those unfamiliar with the subject. Participants express frustration over homework requests and emphasize the need for proper inquiry methods. The conversation touches on the significance of foundational knowledge in astrophysics and neutron star behavior. Overall, the critical period estimation is a key aspect of studying neutron stars and their physical properties.
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A neutron star cannot spin with less than a certain critical period, or else it will start to lose mass from its equator due to the “centrifugal” force. Estimate this period.
 
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Definitinely between 8 and 12 years, those are the formative years for healthy growth, and good nutrition during this time is critical.

What? Do you want us to do your homework for you? There's a template for posting homework questions.
 
DaveC426913 said:
Definitinely between 8 and 12 years, those are the formative years for healthy growth, and good nutrition during this time is critical.

What? Do you want us to do your homework for you? There's a template for posting homework questions.

thanks

No but i d'ont have any idea about astrophysics and i find a problem with the method of the estimation of NS's period during my reading
P.S we are in summer holidays , i Like know some physical basics of neutron stars and hight energy astrophysics

excuse me
 

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