Stars generally spin, because the material that fell into the center of the solar nebula wasn't perfectly aimed toward the center. As they collapsed, the nebula started spinning, conserving the angular momentum. When things shrink, in order for the total angular momentum to be maintained, they need to spin more quickly.
Our Sun is relatively typical, we believe, and spins once in about 26 days. If the Sun were to collapse into a neutron star (which it can't, because it isn't massive enough) it would need to spin about 5 times PER SECOND to have the same angular momentum. For most neutron stars, that's about how fast they spin.
If material falls to the surface of the neutron star, it will produce pulses of x-rays at that rate; we call this a "pulsar". You could call it a "flashing neutron star", and be mostly correct.
pulsar
What you saw was probably an airplane.
Flashing your bare bottom.
flashing, illuminating, shining, etc.
maybe its a plane lights or a helicopter going by
Suns and stars are the same thing. To put it another way, our sun is a star. Some insist that the word 'sun' be used exclusively for our local star. Our sun is a very ordinary star; there are many stars in the Milky Way that positively dwarf our sun in size.
It depends on the density. Low density = dwarf Medium density = neutron star High density = black hole
neutrons have no charge of their own, Neutron are neutrals
Hydrogen has three isotopes one proton and no nutron one proton and one nutron one proton and two nutrons
its found in a atom
The joint star
nutron
Nutron
What you saw was probably an airplane.
it has 41 neutrons and 26 protons
Nutron, Electron or Proton
It depends on the kinetic energy the neutron has.
You cant its only for firefox users sorry