Nuclear Radiation Vs Electromagnetic Radiation (EVERYTHING YOU NEED TO KNOW MCAT)

[ortezchambliss]

You can’t COMPREHEND what goes through my mind on a DAILY BASIS. My mind is CONSTANTLY Brainstorming. I can’t control it sometimes, it gets the best of me and consumes me.

[christianhanson]

Thanks for this, it really did simplify what I didn’t get about nuclear radiation and I finally really understood it👍

[sagarks]

thank you so much it was really helpful ... pls make more videos on how radiation tracer and radiation detectors works

[IntoThePromiseLAND]

that was a great explanation thank you so much!!

[tunasfishtank]

You are SO GOOD at explaining science <#

[ortezchambliss]

Wasn’t specifically what I was researching???

Infrared radiation (IR), sometimes referred to simply as infrared, is a region of the electromagnetic radiation spectrum where wavelengths range from about 700 nanometers (nm) to 1 millimeter (mm). Infrared waves are longer than those of visible light, but shorter than those of radio waves.

Wanted Infrared radiation vs electromagnetic radiation ☢️

SOURCE: infrared radiation (IR)

Infrared radiation (IR), sometimes referred to simply as infrared, is a region of the electromagnetic radiation spectrum where wavelengths range from about 700 nanometers (nm) to 1 millimeter (mm).

Jessica Scarpati
02 May 2017

[roleks]

But if you dont mind. I have a question, and i would like you to answer it... 1. Where do ElectroMagnetic energy (radiation) come from. How are they made???
2. When beta radiation happens, it loses or gains proton. But doesnt that mean it is a different material. Because if you change number of protons in Oxygen(O) for 1. You will get Fluorin(F). RIGHT?

[lusiouse]

are the other spectra of electromagnetic radiation other than visible light not just light in colors our eyes can not see? in other words is the only difference between for example infrared and visible light, the wave length ? other than heat being carried in the infrared, ,,, i guess what im asking is, isnt x ray, gama rays, microwaves etc just colors of light that our eyes cant see ? like are the difference between types of electromagnetic radiation just arbitrary points in the spectrum that we decided to make divisions for purposes of classification ? or is there more of a difference between types (xray visible gama, micro etc ect) other than just wavelength ? is it not all just photons/waves (wave/particle duality ?) at different frequencies?

[thegreenskittle]

1:11 - do you mean to say, how stable an atom is depends on how many NEUTRONS it has??