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23 Nov 2019
a neutron star is formed when a star with a mass of 1.44timesthe mass of our sun collapses from approximately 2 trillionmetersto 20 km, forming a star with a density of approximately100million tons per teaspoon. The neutron star produce powerfulbeamsof x-rays and other radiations that sweep the sky like agiganticlighthouse beam. These "pulsating stars" are calledpulsars. -A star with a radius of 2.3*108m would normally rotate at an angular speed of 2.4*10-6 rad/sec. If this star collapses to a radius of20km, find its final angular & tangential speed
a neutron star is formed when a star with a mass of 1.44timesthe mass of our sun collapses from approximately 2 trillionmetersto 20 km, forming a star with a density of approximately100million tons per teaspoon. The neutron star produce powerfulbeamsof x-rays and other radiations that sweep the sky like agiganticlighthouse beam. These "pulsating stars" are calledpulsars.
-A star with a radius of 2.3*108m would normally rotate at an angular speed of 2.4*10-6 rad/sec. If this star collapses to a radius of20km, find its final angular & tangential speed
28 Jun 2023