Difference between Centrifugal Force and Neutron Star

CENTRIFUGAL FORCE vs NEUTRON STAR: NOUN

: In polar coordinates, the apparent radial force that acts away from the center and is a consequence of the body's angular speed around the origin.
: In circular motion, the 'reactive' centrifugal force is a real force applied by the accelerating body that is equal and opposite to the centripetal force that is acting on the accelerating body.
: In a rotating reference frame, the apparent force that seems to push all bodies away from the centre of rotation of the frame and is a consequence of the body's mass and the frame's angular speed. It works in conjunction with the Coriolis force to give correct motion.
In everyday understanding, centrifugal force is the effect that tends to move an object away from the center of a circle it is rotating about (a consequence of inertia).
The apparent force, equal and opposite to the centripetal force, drawing a rotating body away from the center of rotation, caused by the inertia of the body.
The outward force on a body moving in a curved path around another body

A degenerate star that has been so collapsed by gravity that its electrons and protons have been merged into neutrons by the intense pressure. The solid mass of neutrons is sometimes called neutronium.
A celestial body having a mass of 1.4 to 2.1 solar masses contained within a radius of only about 10 kilometers (6 miles), formed when a massive star collapses with sufficient energy to force all of its electrons into the nuclei that they orbit, where they react with protons, leaving only neutrons. Neutron stars are powerful sources of radio waves and x-rays.
A star that has collapsed under its own gravity; it is composed of neutrons

Newtons, Kinetic energy, Magnetic flux, Angular momentum, Gravitational interaction, Hydrodynamic, Rotational, Rotor, Frictional, Torsional, Centripetal, Centrifugal, Gravity, Gravitational, Centripetal force

Subatomic particle, Exoplanet, Proxima centauri, Small magellanic cloud, Comet, Gravitational interaction, Oort cloud, Large magellanic cloud, Spiral galaxy, Andromeda galaxy, Nebula, Planetary nebula, Milky way galaxy, Pulsar, Quasar

Newtons, Kinetic energy, Magnetic flux, Angular momentum, Gravitational interaction, Hydrodynamic, Rotational, Rotor, Frictional, Torsional, Centripetal, Centrifugal, Gravity, Gravitational, Centripetal force

Subatomic particle, Exoplanet, Proxima centauri, Small magellanic cloud, Comet, Gravitational interaction, Oort cloud, Large magellanic cloud, Spiral galaxy, Andromeda galaxy, Nebula, Planetary nebula, Milky way galaxy, Pulsar, Quasar

Where are the translators who can translate gravitational force and centrifugal force into Kiswahili?
Centrifugal force is actually not a real force.
Centrifugal force provides some force to actuate the blade but this force is not adequate by itself.
Coriolis force, pressure gradient force and the centrifugal force.
This semiautomatic centrifugal separator separates fluid and particles by centrifugal force to recycle and reuse oil coolant.
The most common pump design available, centrifugal pump, uses centrifugal force to discharge fluid into a pipe.
Read on to learn what is the centrifugal force definition and how to apply the centrifugal force equation.
Labconco 7970010 DNA Centrifugal Concentrator System, 115V The centrifugal concentrator uses centrifugal force and vacuum to quickly evaporate solvents from multiple samples.
Another example of such a fictitious force associated with rotating reference frames is the centrifugal effect, or centrifugal force.
Centrifugal Force Vehicles traveling on curved roadway alignments develop a centrifugal force.

What happens if gas falls on a neutron star?
Excitation of neutron star oscillations by an orbiting particle.
Seconds After Gravitational Waves In The Neutron Star Merger?
AGN and the neutron star equation of state.
Any magnetic field that existed in the original star will be highly compressed when the core collapses to a neutron star.
They may be the remains of a companion star that was mostly devoured by the neutron star.
These many neutrons often stop the collapse of the star, and it remains as a neutron star.
Some star systems can however be more special, like a black hole, pulsar or a neutron star.
The remnants of these explosions, the death star, is a neutron star.
The core of neutrons held stable by neutron degeneracy pressure is called a neutron star.