Ion or Neutral Atom? AI Decays Into Stable Si

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Homework Help Overview

The discussion revolves around the decay of an atom of aluminum (28_13 Al) into a stable silicon nuclide (28_14 Si) through the emission of a beta particle. Participants are exploring the nature of the resulting species, questioning whether it is a positive ion or a neutral atom.

Discussion Character

  • Conceptual clarification, Assumption checking

Approaches and Questions Raised

  • Participants are questioning the nature of the resulting silicon species after the decay, with some suggesting it is a positive ion while others believe it should be a neutral atom. There is a focus on understanding the implications of beta decay and the conservation of charge.

Discussion Status

The discussion is ongoing, with participants actively questioning each other's reasoning and exploring different interpretations of the decay process. Some guidance has been offered regarding the implications of beta particle emission on the charge of the resulting atom.

Contextual Notes

There appears to be some confusion regarding the distinction between the nucleus and the atom in the context of decay, as well as the definitions of ions and neutral atoms. Participants are navigating these concepts without a clear consensus.

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Homework Statement



An atom of 28_13 AI decays into stable nuclide 28_14 Si by emitiing a beta particle.
What's 28_14 Si ?
the ans given is positive ion?

in my opinion, it should be a neutral atom... which is correct?

Homework Equations

The Attempt at a Solution

 
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What's your reasoning? Hint: What's a beta particle?
 
If the 28 _13 nucleus decay then the positive ion is formed? Am I right? But here's an atom not nucleus
 
desmond iking said:
If the 28 _13 nucleus decay then the positive ion is formed? Am I right? But here's an atom not nucleus
Think about conservation of charge. If a beta particle is emitted, what does that tell you about what remains?
 
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