This exercise has to do with Stellar Remnants such as Black Holes, Neutron Stars, and White Dwarfs.
1) To locate a black hole, we have to loo for the effect that they have on nearby objects.
2) The event horizon is a spherical surface that encompasses the black hole.
3) A High mass Star is one type of compact star that may form after a type II supernova and generally has a mass greater than 10 solar masses.
4) The energy of photons is increased to show redshift in white dwarf due to very strong gravity.
5) The Schwarzschild Radius is an expression that represents the radius of a black hole.
6) Random jumps in a neutron star's rotation are called spin ups.
7) A an electron neutrino is one type of compact star that may form after a type II supernova and generally has a mass of 2-3solar masses
8) White dwarfs, neutron stars, and black holes are all types of Stellar Remnants.
9) A Supernova is an explosion that results from a white dwarf exceeding in the Chandrasekhar limits.
10) The Pauli exclusion Principle is a law of physics that limits the number of electrons in a given area.
11) A Helium Fusion is an explosive fusion reaction in a degenerate gas. usually happens on the surface as they accrete mass from a companion.
Learn more about Stellar Remnants at:
https://brainly.com/question/11752374
