What happens when a core's mass is less than 3 solar masses but greater than 1.44 solar masses?
a. Electron degeneracy pressure can no longer support the core and the electrons combine with the protons to generate neutrons and neutrinos, the neutrinos of which supply neutron degeneracy pressure to support the neutron star. b. Electron degeneracy pressure can no longer support the core and the electrons combine with the protons to generate neutrons and neutrinos, the neutrons of which supply neutron degeneracy pressure to support the neutron star.
c. Electron degeneracy pressure supports the core of the white dwarf. d. Electron degeneracy pressure can no longer support the core and the electrons combine with the protons to generate neutrons and neutrinos, the neutrinos of which supply neutron degeneracy pressure to support the black hole star.
Question 2
All radio telescopes are refracting telescopes.
a. True
b. False
Indicate whether the statement is true or false
Mass Loss from a Supermassive Star
What Happens to Incoming Solar Radiation?
Mass Wasting Triggers
Mass Wasting Triggers
Mass Wasting Forms
A triatomic molecule is oriented as follows along the x-axis: atom 1 of mass m is at the ...