Difference between Centripetal Force and Fundamental Interaction

CENTRIPETAL FORCE vs FUNDAMENTAL INTERACTION: NOUN

The force on a rotating or orbiting body in the direction of the centre of rotation.
The component of force acting on a body in curvilinear motion that is directed toward the center of curvature or axis of rotation. Centripetal force is necessary for an object to move with circular motion.
The inward force on a body moving in a curved path around another body

Any of the fundamental forces that act between elementary particles; each one is associated with an exchanged particle
Any of the four most basic ways in which subatomic particles interact, comprising the strong, weak, electromagnetic, and gravitational interactions.
(physics) the transfer of energy between elementary particles or between an elementary particle and a field or between fields; mediated by gauge bosons

Outflowing, Angular momentum, Magnetic dipole, Gravitational attraction, Precession, Magnetic flux, Graviton, Gravitational interaction, Vorticity, Oscillation, Vortex, Gravity, Gravitational, Centripetal, Centrifugal force

Electric charge, Gravitational constant, Lorentz force, Pauli exclusion principle, Quantum number, Fundamental particle, Electromagnetic interaction, Gauge boson, Gravitational force, Color force, Strong interaction, Strong force, Weak interaction, Weak force, Interaction

Outflowing, Angular momentum, Magnetic dipole, Gravitational attraction, Precession, Magnetic flux, Graviton, Gravitational interaction, Vorticity, Oscillation, Vortex, Gravity, Gravitational, Centripetal, Centrifugal force

Electric charge, Gravitational constant, Lorentz force, Pauli exclusion principle, Quantum number, Fundamental particle, Electromagnetic interaction, Gauge boson, Gravitational force, Color force, Strong interaction, Strong force, Weak interaction, Weak force, Interaction

Therefore, centripetal force acting on a body in circular motion may be defined as the radial force directed towards the center.
Red arrow: gravity Green arrow, the normal force Blue arrow: the resultant force The resultant force provides required centripetal force.
You will compare this centripetal force with an equivalent force needed to maintain the object at the same radius.
PDC bit increased the centripetal force and reduced side cutting force and transverse vibration.
On point A, the centripetal force is the sum of gravity force and the normal force Due to friction, energy is not conserved.
The direction of a centripetal force is toward the center of curvature, the same as the direction of centripetal acceleration.
The diagram student A later drew which implied that he was thinking of centripetal force as an additional force.
Find the magnitude of the centripetal acceleration and the magnitude of the centripetal force for each car.
Hint: use the words rotation, centripetal force, force of friction, work, and heat.
The formuli for centripetal acceleration and centripetal force in uniform circular motion are presented.

It includes electricity and magnetism, which are two aspects of the same fundamental interaction.