In this informative video, we delve into the world of nuclear and radioactive decay, exploring the three different types of radiation: alpha, beta, and gamma particles. We explain the characteristics and properties of each type of radiation, including their penetrating power, ionizing nature, and stopping power. We also discuss how these types of radiation can be detected and measured, and how they are used in various applications, from medical imaging to nuclear power. Finally, we explore the most energetic and deadly form of radioactive decay, gamma radiation, and how it differs from alpha and beta decay. Whether you’re a science enthusiast or just curious about the fascinating world of nuclear physics, this video is a must-watch. #radioactivedecay #nuclearphysics #alphaparticles #betaparticles #gammarays #radiation #scienceexplained #sciencefacts #STEMeducation #medicalimaging #nuclearpower #highenergylight #sciencevideos #youtubeshorts #educationalcontent
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Actually the uranium inside of nuclear bombs uses what kind of radiation alpha beta gamma which kind of radiation
Can I get mad from gamma radiation?
What about neutron radiation?
So nice animation ….Fantastic
Also the words “Alpha”, “Beta”, Gamma is originated from the Greek alphabet
Blessings in an abundance of the faith. I salute you.
Grace and peace be unto you and to this place. Thank you. God bless you. 
Will you believe and receive Jesus Christ as your LORD and personal saviour??? I do. 
α β γ
I love you
Alfa, Beta, Gama ,…evo 'urac vama! Zvonimir Lavacic Ševa
ΑΒΓ
Gamma is NOT more fatal than Alpha.
My teacher uses a “tea house” to explain The differences
Alpha/The elefant: too Big to get inside the tea house yet if it does it Will destroy everything
Beta/ the mouse: small enough to get inside the tea house but Can only destroy like one or two cups
Gamma/ the fly: can’t very easliy get inside the tea house but can’t destroy the tea cups
Gamma tech clear , beta dan 99.84% by sel , Alpha makiba speed 96.31%
Nice animation
This is an inaccurate representation…
The beta radiation should look 7344.608 times thinner than the alpha particle
Hindi bol le bhai
Is that true that an unstable nuclei emit alpha, beta and gamma particle at the same time