electromagnetic
What is another word for electromagnetic? Here is its meaning, with related words and examples.
Adj — Relating to the combined force of electricity and magnetism, or to the fields they produce.
We haven't recorded synonyms for electromagnetic yet. You can still read its full definition, where it comes from, or words that rhyme with it.
How to use electromagnetic
The word patterns that sound natural to a native speaker.
electromagnetic field
electromagnetic radiation
electromagnetic wave
Etymology
From electro- ("electric") plus magnetic, describing the single force that unites electricity and magnetism.
Full origin of electromagnetic →Frequently asked questions
What does “electromagnetic” mean?
The word “electromagnetic” means relating to the combined force of electricity and magnetism, or to the fields they produce. In plain terms, having to do with the linked force of electricity and magnetism, like the fields around wires, magnets, or radio waves.
How do you pronounce “electromagnetic”?
“Electromagnetic” is pronounced ih-lehk-troh-mag-NEH-tihk (/ɪˌlɛk.tɹoʊ.mæɡˈnɛ.tɪk/ in IPA).
How do you use “electromagnetic” in a sentence?
Here is “electromagnetic” used in a sentence: “Radio waves, light, and X-rays are all forms of electromagnetic radiation.”
What part of speech is “electromagnetic”?
“Electromagnetic” is an adjective.
Is “electromagnetic” a common word?
“Electromagnetic” is an uncommon word in modern English.
What is the difference between "electromagnetic" and "magnetic"?
"Electromagnetic" relates to the combined force of electricity and magnetism together, and the fields they jointly produce. "Magnetic" refers only to magnetism on its own, without necessarily involving an electrical component.
What is the electromagnetic spectrum?
The electromagnetic spectrum is the full range of electromagnetic fields and waves, arranged by frequency or wavelength, that arise from the combined electric and magnetic forces. It includes forms such as radio waves, visible light, and X-rays.
What is the difference between electromagnetic and electrostatic forces?
Electromagnetic forces involve the interaction of both electricity and magnetism, including moving charges and the fields they generate. Electrostatic forces, by contrast, involve only stationary electric charges and do not include magnetic effects.
