What happens when the gravity of a massive star's collapsing core is able to overcome neutron degeneracy pressure

Question

13-07-2022
Physics

contestada

What happens when the gravity of a massive star's collapsing core is able to overcome neutron degeneracy pressure

Respuesta :

Otras preguntas

1) You can feel a vehicle's side-to-side balance, called its A) roll. B) pitch. C) yaw. D) stability. 2) Your visual system consists of your A) eyes, perceptio

Cephalization concentrates sensory organs in the ________________ of an animal. a. inside c. anterior end b. outside d. posterior end

Polygon ABCD slides 4 units left and 3 units up on the coordinate plane. If the original measure of angle A was 75 degrees, what is the measure of angle A'?

If the pressure of the gas is doubled while the volume is held constant, what happens to its temperature? [Section 10.4] A-That is, if P is doubled, T increases

A(n) ____ paragraph is a paragraph that begins with a dot or other symbol. headline centered bulleted indexed

Pyrolobus fumarii, an extreme thermophile, can survive at a temperature as high as 113°C. This microorganism could be categorized as which of the following? A.

If h(x) is the inverse of f(x), what is the value of h(f(x))?

All prime numbers are odd numbers. True or False?

Briefly describe Poe’s requirements for the short story genre.

Billy has 1 gallon of paint. He is going to pour it into a paint tray that measures 10 inches wide, 14 inches long, and 4 cm deep.

femibabu19 femibabu19 · Answer 1 · 2022-07-20T13:36:24+02:00

when the gravity of a massive star's collapsing core is able to overcome neutron degeneracy pressure, then The core contracts and becomes black hole.

What is degeneracy pressure:

The degeneracy pressure found in the interior of a white dwarf or neutron star.
The degeneracy pressure is greatly needed in the interior of these stars to counteract the pressure due to gravity.

Some neutron stars may have a surface layer of highly degenerate matter that is compressed to great density, but still has some protons

Unlike the main body of the neutron star which is Neutronium, matter compressed until it is all neutrons, packed together. Essentially a huge atomic nucleus.

The star cools and all remaining matter is bound by gravitation into a neutron star.

This object is composed primarily of degenerate neutron matter, this star will collapse into a black hole because gravity will overcome the neutron degeneracy pressure.

hence, when the gravity of a massive star's collapsing core is able to overcome neutron degeneracy pressure, The core contracts and becomes a black hole.

Learn more about degeneracy pressure here

https://brainly.com/question/14439838

#SPJ4