Electromagnetic Waves | Electricity | Physics | FuseSchool

Electromagnetic Waves | Electricity | Physics | FuseSchool

You may never have heard of the electromagnetic spectrum, but you would have heard of many parts of it and use them daily.

They are all electromagnetic transverse waves that travel at the speed of light. This speed is hard to imagine, but think of it this way: light can travel 8 complete circuits of the earth in one second.

Let's take a quick trip along the spectrum…

CREDITS
Animation & Design: Bing Rijper
Narration: Dale Bennett
Script: Bethan Parry and Alistair Haynes

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[izaanshafique]

Could you please remove that beat from the background music next time? I and many of my friends do not belong from English speaking countries and can understand your accent after a lot of focus, the beat disturbs a little. Just this suggestion, else the content you guys make is great and you are doing a great job telling about things which the textbook doesn't. Keep it up!! 👍🏻

[theunknown.]

This is a very good introduction for me to my soon coming topic

[kimmy]

Cool. You should do a video on gravity rams for wells and how they work with gravity to pump water…

[mytake]

If this video was uploaded a few months ago i would have been helpful in the exams but still thanks to you, you helped me understand a lot of topics. THANK YOU.

[adriangheorghe]

The photon is not a wave, because the wave mechanism that requires the successive transformation of one form of energy into another does not work in a vacuum. The phasing of the electric field with the magnetic field as well as the lack of retroradiation prove that the wave mechanism does not work in a vacuum. The photon is an electromagnetic relief, with a periodic structure, that glides hydrodynamically through the vacuum, through the bosom of weightless matter, which materializes physical space. In the transverse and periodic structure of the photon, it is found that the propulsive electromagnetic force, (BIl), is in balance with the inertial force (m.a) at the level of each half-wave, determining the sliding with a uniform rectilinear speed with the speed C. It is also found that the electromagnetic power (U.I) is equal to the mechanical power (F.v).

[joyrosarian]

What is the source of electromagnetic waves?

[mariamelizabethsamuel]

Thanks this video was very helpful.
Tysm💜

[mnishere]

It would be amazing if you guys started doing Alevel Chem Bio and other subjects

[extraterrestrialtech]

From where do you get this complecated Universe of information

[AkashKisku]

Thanks, Bro it helps me in my JEE Exam...Love from INDIA

[Sacrengard]

"In this video we’ll look at what the power ratings on appliances mean and use equations involving potential difference, quantity of charge, current, resistance, power, energy, and time."

Sorry but none of these was mentioned, only the different electromagnetic spectrum waves... wrong title and caption or clickbait?