0
EVERY star - every object in the universe, actually - is in a balance between its internal pressure trying to cause it to expand, and the mutual attraction of its own gravity. Planets of every size, and stars of every size, they all exist in this balance.
A pulsar got this way because the original star exploded and CRUSHED the core of the star into "collapsed matter", where all the protons, neutrons and electrons are merged together, without the massive space that normally separates these particles. Only the enormous gravity of the star could keep it collapsed that way, and it can't collapse any further because of nuclear pressure.
If a lot more mass were added - for example, if two pulsars were to collide and merge - then the added gravity MIGHT cause them to continue to collapse - into a black hole.
Some people ask "How much would a cubic centimeter of neutron star material weigh on Earth?", but the question is meaningless; you cannot take the collapsed matter away from the gravity source that keeps it collapsed, and if you could, it would re-expand into normal matter. Probably explosively.
What else can I help you with?
What does the earth's gravitational attraction prevent gases from doing?
The Earth's gravitational attraction prevents gasses from escaping into outer space.
What is the biggest pulsar?
The biggest pulsar known is PSR J0740+6620, which is a millisecond pulsar located about 4,600 light-years away in the Cassiopeia constellation. It has a mass approximately 2.14 times that of the Sun, pushing the limits of neutron star mass predictions. This pulsar's extreme mass challenges existing theories about neutron star formation and the behavior of matter under such intense gravitational conditions.
What prevents the collapse of a white dwarf and allows it to maintain stability despite its immense gravitational pull?
A white dwarf's stability is maintained by electron degeneracy pressure, which prevents further collapse due to the immense gravitational pull.
Which is an example of gravitational potential energy i s a task?
An example of gravitational potential energy is the X-ray energy given off by X-ray pulsars. In this type of pulsar, gas and other matter in the accretion disk around the neutron star is ionized and falls along the magnetic field lines towards the poles of the pulsar. The gravitational potential energy is so high that the spots where the in-falling matter impacts the neutron star are hot enough to emit strong X-ray radiation.
Which is better pulsar 135 or pulsar 150?
First of all, the main distinguishing factor between Pulsar 150 and Pulsar 135 is the cost. Pulsar 150, as the name says, 150cc has more power, pick up and speed when compared to Pulsar 135. But, pulsar 135 has also got the equivalent features of Pulsar 150. (Because of the latest technology) In a nutshell, Pulsar 135 is a lite version of Pulsar 150. And, my opinion, Pulsar 150 is better...
Is the pulsar 200 available now?
No pulsar 200 is not available the best substitutes are Pulsar 220 s and Pulsar 180ug 4
What is the average of pulsar 180?
Pulsar 150 averaje
Is a pulsar star a white dwarf?
No. A pulsar is a neutron star.
When was Pulsar Stargrave created?
Pulsar Stargrave was created in 1977.
When was Nissan Pulsar created?
Nissan Pulsar was created in 1978.
Is the moon a pulsar?
No, the Moon is not a pulsar. See related questions.
Radio pin pulsar 2002?
Nissan pulsar radio pin 4362 Nissan pulsar radio pin 4362
