Force vs. Energy Curve of MgO Ionization (.22 nm Distance)

Thread starter ShayanJ
Start date Oct 10, 2011
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Ionization

AI Thread Summary

The discussion centers on the force versus energy curve of magnesium oxide (MgO) ionization at a distance of 0.22 nm. Participants express uncertainty about how to sketch this curve, with one mentioning the Rydberg equation, which is typically applied to atomic rather than ionic systems. There is a request for clarification on molecular ionization concepts to better understand the topic. The conversation highlights a gap in knowledge regarding the specific application of the Rydberg equation to ions. Overall, the thread seeks guidance on the fundamental principles of molecular ionization and its graphical representation.

Oct 10, 2011

ShayanJ

Science Advisor

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The distance between two ionizations of MgO is .22 nm. Sketch its curve of Force vs. energy.

Its a question,one of my classmates requested me to find the solution and its not related to the things I'm studying at university.
The only thing I remember about it is the ridberg equation which as I remember is for atoms not ions.

thanks

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Oct 12, 2011

ShayanJ

Science Advisor

Insights Author

Could you give me some information about molecular ionization?
thanks

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