Alpha Decay, Beta Decay, Gamma Decay - Electron Capture, Positron Production - Nuclear Chemistry

This nuclear chemistry video tutorial provides a basic introduction into radioactive decay such as alpha decay, beta decay, gamma decay, electron capture and positron production.
How To Balance Nuclear Equations: • How To Balance Nuclear...
Alpha, Beta, & Gamma Decay:
• Alpha Decay, Beta Deca...
Half Life Chemistry Problems:
• Half Life Chemistry Pr...
Carbon-14 Dating Problems:
• Carbon 14 Dating Probl...
___________________________________
Nuclear Binding Energy & Mass Defect:
• Nuclear Binding Energy...
Nuclear Chemistry & Radioactive Decay:
• Nuclear Chemistry & Ra...
General Chemistry 2 Final Exam Review:
• General Chemistry 2 Re...
SAT Chemistry Subject Test Review:
• SAT Chemistry Subject ...
____________________________________
Coordinate Covalent Bond:
• What is a Coordinate C...
Complex Ions & Ligands:
• Complex Ions, Ligands,...
Naming Coordination Compounds:
• Naming Coordination Co...
Beer Lambert's Law:
• Beer Lambert's Law, Ab...
Crystal Field Theory:
• Crystal Field Theory
___________________________________
ACT Math Practice Test:
• ACT Math Test Prep
Final Exams and Video Playlists:
www.video-tutor.net/
Full-Length Videos and Worksheets:
/ collections
Chemistry PDF Worksheets:
www.video-tutor.net/chemistry...

[@TheOrganicChemistryTutor]

Next Video: kzbin.info/www/bejne/jYW0p5mspLR5ack Chemistry PDF Worksheets: www.video-tutor.net/chemistry-basic-introduction.html Final Exams and Video Playlists: www.video-tutor.net/

[@jdmyump2944]

You are a life saver, professors need to be like you.

[@Kencan254]

Some of the professors are so bad. Their salaries should be paid to this great instructor.

[@trip1994]

bless our lord and savior chemistry tutor

[@MsHalle-kg9ny]

GOD is our Lord and savior 🙏🏽amen

[@inemibok]

​@@MsHalle-kg9nyyou couldn't have said it any other way ❤❤❤

[@satvikaputcha]

You are so incredible! I keep on commenting this on every video just not to tell you the same thing over and over again but to thank you! I've got no other way to thank you more!! God bless you're soul with all the happiness in the world! You not only help me in understanding the topic better but your also helping me to have a better future and a good job! God bless you and I can't owe you enough!!

[@Mr.Argonaut1]

Wow, you literally made chemistry sound so easy, you are blessing.🙌

[@user-ij5er3wb4d]

Most underrated channel on KZbin... Thanks so much for this

[@robhousehold]

Excellent, using this to study for my chm 2 final

[@samrajabeen5089]

Best Explanation ever,....please make more videos on Nuclear chemistry... Thank You,... :)

[@praiseojotule955]

I thinking of the best way to express my gratitude. Thank you so much and God bless you for these videos..

[@user-mq8bv1fj4d]

You’re the best! Your explanation A good way to learn .. go on

[@SosanDeborah]

Really, you are so good at what you do. 👍

[@alexey2162]

you are the best bro, really helped me out!!!

[@Markidoo]

Very informative, and straight to the point.

[@PhysicsBro-xb8qx]

totally agreed !!

[@aftabahmed7847]

Very nice explanation sir...God bless you

[@allyndala2420]

This was very helpful. Thanks

[@MalkaniRaumu-gp9qf]

Will be graduating highschool next month and just wanna say i survived becauee of you. thank you. (Pretty sure I'll still be returning to ur vids in Uni)

[@reymarisalwayssimping3]

I'm having a hard time understanding this topic, thankyou very much ❤️❤️

[@emikaishikawa1515]

You are my life-saver.

[@drbrooks2586]

great lesson!

[@yar581]

Thank you sooo much King.

[@adelinarodriguezzahrt8363]

A life saver for sure!

[@iamhereblossom1588]

Thank you.

[@mahamudulhasan6988]

Thats great ,,,,Thanks a lot

[@rashad9821]

Keep the good work

[@ankuap7848]

Thanks a lot sir

[@altheamantes2041]

thankyou so much

[@chemistshimaa9054]

شكرا ليك جدا🌺🌺🌺🌺

[@saifsiyam6427]

To much helpful , 😊

[@melechgadol]

I don't know if you will answer but I checked online what it means for a nucleus to be in a "excited state" and I gathered that if there are more electrons in the valence shell than in the inner shell it means it is in an excited state, so does that mean that gamma decay pushes 1 electron closer into the nucleus?

[@zainabhussain7845]

My man saved me for my chemistry final

[@taks8787]

14:18 Just want to add that this is incorrect and that electron capture doesn't alter the mass number, but it does reduce the atomic number by one. The electron gets absorbed by the nucleus, and so the particle adapts by ensuring that the proton also gets converted into a neutron to keep the atom stable and neutral.

[@NSS07269]

Good

[@ansaar1713]

wish i saw this sooner

[@pufferfish9272]

Why did the Mercury-201 undergoing electron capture also produce gamma radiation?

[@judeleon8485]

One question I'm yet to get an answer. In an alpha radiation, a Helium nucleus is emitted. The Helium nucleus carry a net positive charge, right? If two protons are lost by the radioactive nucleus, does it not leave the stable atom with a net negative charge, being that positive charges have been lost? I mean, How does the stable atom become electrically neutral?

[@guts2662]

to anyone watching i would like to ask because in some modules gamma decay is 0/0 Y + 0/-1 e. I would like to ask if what's the real reperesentation of gamma decay

[@supremeicecreme1658]

I must say, you're using a letter Y to represent gamma rays/high-energy photons. This isn't right, you should use the Greek letter gamma: γ (lower case)

[@sumis.3307]

I love you.

[@educationalaccount5963]

Do electron capture reactions ALWAYS emit gamma rays or sometimes?

[@DapaChrons]

sometimes, if the product is in an excited state then it will emit gamma rays

[@umamaabdulganiyu943]

What did he called the name of the process where positron and beta particles combines to produce 2 gamma rays? I didn't hear the word clearly. Time 5:3/17:05

[@sterilized]

annihilation

[@yellowchannel9284]

When do you +e or -e?

[@josemariagonzales5248]

i love you

[@SerPouncealot]

Wondered; Why does it form 2 gamma particles instead of 1?

[@shadokheen]

If it's one then the equation is not balance for electron

[@waz1077]

how come u didnt include the antineutrino? would it affect any conservation rules

[@LanceClark]

How are you increasing the number of protons after losing an electron in beta decay?

[@karhukivi]

The electron is from the nucleus, not an orbital electron. A neutron is transformed into a fast electron (beta particle) and a proton, thereby increasing the number of protons (atomic number) by one while conserving the atomic mass (minus a very small amount for energy lost and neutrinos etc.)

[@LanceClark]

@@karhukivi wow, that's so neat! I can't even wrap my head around how neutrons can transform into other particles.

[@karhukivi]

@@LanceClark Both neutrons and protons are made up of even smaller fundamental particles, called "quarks" - it gets even worse!

[@khusheegupta2588]

so is electron capture the same thing as beta decay?

[@DapaChrons]

the opposite I would say

[@melanievaleza4234]

10:06 8:34 7:09 5:12 2:30

[@melanievaleza4234]

15:38

[@TomHendricksMusea]

BETA DECAY and My Model for PROTON and NEUTRON. Beta Decay takes two basic forms: BETA MINUS DECAY: a neutron breaks down into a proton and electron. Plus energy is released. BETA PLUS DECAY: a proton and electron combine to build a neutron. Plus energy is added. BACKGROUND of MY MODEL Proton = two positrons and one electron. Charge +1. Neutron - one proton and one electron. Charge 0. BETA MINUS DECAY: Neutron breaks down into a proton, and releases an electron.. Plus energy from an anti neutrino. BETA PLUS DECAY: Proton plus pair of virtual particles makes a neutron. Plus energy from a neutrino. OR Proton plus virtual electron makes a neutron and a virtual positron is released. Plus energy from a neutrino. THIS EXPLAINS Where the missing anti matter is - in protons and neutrons. Why a proton and electron have exact same opposite charge. Where the positron in beta plus decay comes from.

[@markbrooks7496]

In electron capture produced a neutron and not a gamma particle.

[@DapaChrons]

always a neutron, sometimes a gamma particle

[@muhammadzuze]

Please may I have your picture 😌want to see u

[@oversquare6625]

the mass number is not the same thing as "the mass"

[@sidesalt8324]

do you like this position :((

[@user-thws]

ฅ(๑✪ᆺ✪๑)ฅ

[@alexsabbagh8630]

thanks 🥹