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How are electromagnetic waves different than all other waves?

They can be transmitted.
They can be reflected.
They can vibrate matter.
They can travel through space.

Respuesta :

Answer: The correct option is "They can travel through space".

Explanation:

Electromagnetic waves are the waves in which both electric field and magnetic field are mutually perpendicular to the direction of the propagation of the wave.

These waves are transverse in nature. It does not need any medium to travel. It can travel in vacuum.

The examples of the transverse wave are radio wave, X-rays etc.

Therefore, electromagnet wave can travel through space.

genewho

"They can travel through space" is the statement that describes and explains how are electromagnetic waves different than all other waves.

What are electromagnetic waves?

They are those waves generated from the combination of waves in electric and magnetic fields produced by moving charges, which do not need a material medium to propagate.

Characteristics of electromagnetic waves

  • It is generated from the oscillations generated by moving both magnetic and electrical particles at the same time.

  • These waves do not require a material support for their expansion, which means that they can move in a vacuum.

  • They include, among others, visible light, radio and telephone waves.

Therefore, we can conclude that electromagnetic waves are different than all other waves because they do not need a material medium to propagate, these waves can traverse interplanetary and interstellar space.

Learn more about electromagnetic waves here: https://brainly.com/question/13803241

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