electrodynamics

As nouns the difference between electromagnetism and electrodynamics

is that electromagnetism is a unified fundamental force that combines the aspects of electricity and magnetism and is one of the four fundamental forces (technically it can be unified with weak nuclear to form electroweak) its gauge boson is the photon while electrodynamics is (physics) the phenomena associated with moving electric charges, and their interaction with electric and magnetic fields; the study of these phenomena.

In physics|lang=en terms the difference between chromodynamics and electrodynamics

is that chromodynamics is (physics) the study of the relationship between those quarks that possess the quantum property of color, and exchange gluons; more fully quantum chromodynamics while electrodynamics is (physics) the phenomena associated with moving electric charges, and their interaction with electric and magnetic fields; the study of these phenomena.

As nouns the difference between chromodynamics and electrodynamics

is that chromodynamics is (physics) the study of the relationship between those quarks that possess the quantum property of color, and exchange gluons; more fully quantum chromodynamics while electrodynamics is (physics) the phenomena associated with moving electric charges, and their interaction with electric and magnetic fields; the study of these phenomena.

As nouns the difference between electrodynamics and optics

is that electrodynamics is (physics) the phenomena associated with moving electric charges, and their interaction with electric and magnetic fields; the study of these phenomena while optics is (label) the physics of light and vision.

As nouns the difference between taxonomy and electrodynamics

is that taxonomy is the science or the technique used to make a classification while electrodynamics is (physics) the phenomena associated with moving electric charges, and their interaction with electric and magnetic fields; the study of these phenomena.

In physics terms the difference between electrodynamics and electrokinetics

is that electrodynamics is the phenomena associated with moving electric charges, and their interaction with electric and magnetic fields; the study of these phenomena while electrokinetics is the electrodynamics of electrical circuits.

Electrodynamics is a related term of electrodynamic.

In physics|lang=en terms the difference between electrodynamics and electrodynamic

is that electrodynamics is (physics) the phenomena associated with moving electric charges, and their interaction with electric and magnetic fields; the study of these phenomena while electrodynamic is (physics) that involves the movement of electric charges.

As a noun electrodynamics

is (physics) the phenomena associated with moving electric charges, and their interaction with electric and magnetic fields; the study of these phenomena.

As an adjective electrodynamic is

(physics) that involves the movement of electric charges.