Define (In general) The Different Potential for decomposition (Radio-20)

Define In general The the following Disposals. Use the following: Schedule:
A → B + C, Whereas In the case of All of them Particles The atomic number and The mass number indicated will be It should be.

1. alpha decay
2. beta-minus decay
3. beta-plus decay

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• September 29, 2026 at 8:36 pm #9358
    Aufgabe: Radio-20    

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  Define In general The the following Disposals. Use the following: Schedule:
  A → B + C, Whereas In the case of All of them Particles The atomic number and The mass number indicated will be It should be.

  1. alpha decay
  2. beta-minus decay
  3. beta-plus decay

  ---

  Hinweis: alpha decay: It 's is generated a Alpha particles (He), Beta decay: It 's is generated a Electron (Beta-minus: negative Loaded Electron, Beta-Plus: Positive Loaded Electron)

  
  

    Aufgabe: Radio-20    

  ⓘ    🔄 Reload     🖨️ print           ◀  –   ▶     ?! Question/Answer ?!

  Define In general The the following Disposals. Use the following: Schedule:
  A → B + C, Whereas In the case of All of them Particles The atomic number and The mass number indicated will be It should be.

  1. alpha decay
  2. beta-minus decay
  3. beta-plus decay

  ---

  Hinweis: alpha decay: It 's is generated a Alpha particles (He), Beta decay: It 's is generated a Electron (Beta-minus: negative Loaded Electron, Beta-Plus: Positive Loaded Electron)

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  September 29, 2026 at 8:36 pm #9359
  Lösung:

  1. alpha decay: xyA → x-4y-2B + 42He
  2. beta-minus decay:
     One of them Neutron Changes The Commission (u.a.) in a Proton and a Electron to:
     xyA → xy+1B + 0-1e^–
  3. beta-plus decay:
     One of them Proton Changes The Commission (u.a.) in a Neutron and a Positive (!) loaded 'Electron' to:
     xyA → xy-1B + 01e⁺

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