Is The Electron Cloud Dense

For context, we are looking at the radial density distribution of a chosen atomic orbital. Let's say we are looking at the #2s# orbital.

It tells you that if you lot start with a viewing window of a dot, when you expand the radius of that dot, you get a circular viewing window of radius #vecr#. We therefore aggrandize our viewing window in the radial direction, hence "radial density" distribution.

Notation that nosotros merely see what is on the circumference of our viewing window, not what is inside. That is, as #vecr# increases, we stand on the circumference of the viewing window, which corresponds to the literal horizontal position on the #4pivecr^2R^2(vecr)# graph.

As nosotros aggrandize our viewing window, nosotros run into regions of the electron cloud that are denser than others (a taller #4pivecr^2R^2(vecr)#), every bit seen in the electron density map hither:

If you stare at the screen long enough, you lot should see the correlation between the #4pivecr^ii R^2(vecr)# graph and the electron density map. The white is where the nodes are.

Since the radial probability density is a distribution of encountered electrons over time, it means that the denser regions incorporate a greater probability of encountering an electron.

In other words, yous will take an easier fourth dimension finding an electron in a region of greater electron density.

Is The Electron Cloud Dense,

Source: https://socratic.org/questions/in-the-electron-model-the-electron-cloud-is-denser-in-some-locations-than-in-oth

Posted by: bentleyangsts65.blogspot.com

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