Why some elements are radioactive! |3D Animation |

[@shubhamani1230]

Very good and to the point explanation

[@technicalsongs5124]

Sach m vdo was really good.

[@javeriamoin3140]

Behtreen

[@anilakokapeta9203]

Thank you for a crispy and wonderful video

[@studyanimated]

Glad you enjoyed it

[@kaushalyaharal7491]

Nice explanation 👌👌👌

[@rgudduu]

Good summary

[@studyanimated]

Glad you think so!

[@justaguyandhissilver4893]

So we know what radiation does to the body, DNA, Cell damage, etc. What about other elements/material's? For example; cement, iron, steel, etc. Does radiation emissions degrade those materials as well?

[@studyanimated]

Radiation can only affect on nucleons for some extent. Like it can make electron to move from low to higher atomic orbital and as per proton and neutron it's no effect generally. HOPE IT HELPS 👍

[@justaguyandhissilver4893]

I have a question. Does supercooling a radioactive element have any effect on the rate of decay?

[@jasonharris1549]

Nope

[@Arsh4321]

No

[@noisyguest5249]

No

[@sheikbavasah4040]

no

[@Spectroronoa999]

No , the rate of radio active element cannot be changed by anything.

[@rubafayiez4454]

Good explanation!:)

[@studyanimated]

Thanks! 😃

[@instantstorywriter3413]

Nice it's very useful for me to learn

[@aldaee3037]

thanks miss

[@watso-007]

What will happen to radioactive element present in neutron star

[@studyanimated]

Those elements are not present in it. They are formed there. All the particles of matter all elements are formed inside the core of the stars. The bigger the star is more bigger elements it can form. Like our sun can form upto carbon by the help of Nuclear fusion reaction! When it's all fuel runs off , then it will die eventually. So you were asking about the radioactive elements which are present in the star so it will get split into two by performing nuclear fission reaction.

[@watso-007]

@@studyanimated I'm asking will radioactive elements will go decay process in neutron star or not

[@studyanimated]

@@watso-007 kindly read full answer! Yes, it will go on nuclear fission by collision with charged neutron.

[@watso-007]

@@studyanimated I'm asking dose gravity have any effect on nuclear decay on

[@studyanimated]

You didn't mentioned gravity earlier. Although there will not be any direct effect on the radioactive elements of the gravity of star but gravity will help to reach and maintain the high temperature so that the nuclear fusion can occur.

[@majkosk8x]

I am just wondering how can a single atom release radioactivity for thousands of years..

[@studyanimated]

Yes, you see half life of C14 is 5730 years 👍

[@ROHITH-qz8vk]

😢Thank you sir😊😊

[@edjanevilela1460]

My students don’t speak english

[@rogerioluizsilva3706]

Edjane eu supondo que vc é Brasileira e respondendo em Português. é possível habilitar legendas. Clique na engrenagem e habilite, depois volte no mesmo ícone e selecione traduzir automaticamente onde é possível trocar o idioma da legenda. Espero que seja útil.

[@edjanevilela1460]

@@rogerioluizsilva3706 Obrigada!

[@HarryshKumar-rt2uv]

How Awesome it'll be, if we use Nuclear Powered vehicles...

[@studyanimated]

Idea is nice for a limitless power to vehicle but It will be disastrous eventually!

[@AnonymousUsername-e4c]

@@studyanimatedif we are immune to radioactivity

[@anitalayal9171]

Best video on this topic

[@GauravKartikey]

Good 😊

[@swayamaditya4970]

Nice info

[@slstats7948]

Thanks😍 From Sri Lanka 🇱🇰❤️

[@anitalayal9171]

Wowwww what a video

[@sheikbavasah4040]

superrr vedio

[@Musliperanto]

So radio active means , disintegration ?

[@studyanimated]

It means releasing waves in form of radiations like alpha , beta (+ and -) and gamma radiations

[@rgudduu]

@@studyanimated , does it (the emission) ever stop? If not, then that atom will eventually disintegrate, no?

[@7betty]

Thank you very much, it really helped me.

[@shilpakashyap4181]

YEP

[@rabimajid8584]

Why elements that have atomic number greater than 82 are radioactive elements??

[@studyanimated]

Because their n/p ratio is highly off the safety belt and hence releases beta + and beta - along with other radiations. While from 1 to 20 atomic number have nearly n/p = 1 , hence are quite stable.

[@rabimajid8584]

@@studyanimated Thanks

[@hafizbilal993]

Excellent

[@LeahWig]

Who else only hears farticals instead of particles 😂

[@anusuyaandaperumal8975]

Thank you for such a superb animation 👌

[@manikantaalamanda3885]

Excellent explanation. Keep going❤️

[@nizaradeka6650]

Thanks a lott

[@adoptfoundation5303]

Thank you

[@EpicGamer-sx7bz]

Pin this comment😊😊

[@ilovecience352]

Bold unstoppable 😛💜😯

[@Vishu-xw7ko]

Really I wasted a lot of time in learning this topic but you easily understand me within 4 :28

[@phantom8845]

Came after watching chernobyl series

[@prajalias]

Haha same here 😅

[@pradeepkumarprusty2333]

Thank you