Yes. A pulsar is a rapidly spinning neutron star.
A pulsar is a rapidly-spinning neutron star, the remains of a supernova explosion.
A radio pulsar or a rotation-powered pulsar. A link is provided for more information.
If the beam is directed towards Earth, it's called a Pulsar.
Not exactly, while a pulsar is a specific type of neutron star (that being a "spinning neutron star") and a binary system is a pair of stars orbiting each other, a pulsar does not need to be part of a binary system. It would be possible, however to have a binary system with one of the pair being a pulsar and the other a neutron star (assumed to be the non-spinning or "normal neutron star" variety).
It is still called a neutron star. Depending on how we observe it, it may also be called a pulsar.
A pulsar is a rapidly spinning neutron star that releases regular pulses of electromagnetic radiation from its magnetic field
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...
The fastest spinning neutron star that we've found so far is XTE J1739-285, which spins 1122 times every second. It was found by NASA's Rossi X-Ray Timing Explorer (RXTE) satellite. The most rapidly spinning pulsar, however, remains PSR J1748 2446ad, which spins 716 times a second. This pulsar was found by a team at Montreal's McGill University.
No pulsar 200 is not available the best substitutes are Pulsar 220 s and Pulsar 180ug 4
No. Pulsars are a result of stars that have gone supernova, leaving behind a rapidly spinning neutron star. The neutron star produces the phenomenon known as a pulsar, which is a beam of electromagnetic energy that radiates from the star. The name "pulsar" is derived from the fact that we can only "see" the radiation when the beam is pointing towards the earth, which happens in intervals as the neutron star rotates, making it seem as though it is pulsating. This is also known as the "lighthouse effect".
A pulsar is a type of neutron star, a collapsed core of an extremely massive star that exploded in a supernova. Whereas white dwarfs have incredibly high densities by earthly standards, neutron stars are even denser, cramming roughly 1.3 solar masses into a city-sized sphere.