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Chemistry
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niobium
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3
2p wave function radial distribution
Apr 4, 2022
3
Why does the ionisation energy of an electron depend only on n and l, when the electron Z(eff) is dependent on the four quantum numbers?
Jun 25
2
Is the $2p$ RPD defined along the z-axis?
Jun 13
2
How to reason in terms of atomic radius in this case?
Jun 21
1
Atomic radius decreasing across a Periodic Table row - does the RPD of an orbital change depending of the element considered?
Jun 19
1
Crystal Field Theory, in a tetrahedral complex, why would $d_{z^2}$ and $d_{x^2-y^2}$ be degenerated ? In terms of counting of repulsion
Jul 15
1
Why would large activation energies give a large gradient of the rate constant?
2 days ago
0
Based on RPDs, how to tell which orbital ($2s$ vs $2p$ or $4s$ vs $3d$) is more stable ? How reliable is the "less shielded" argument? [duplicate]
Jun 14
0
Is electronegativity a good argument to explain that bond angle of PH3 is smaller than of NH3? [duplicate]
Jun 25
-1
A curly arrow can only have its tail starting from a double bond or lone pair?
Apr 23
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15
To what extent can we use the informal version of the Dirac delta function in Physics?
6
Difference betwwen $(\sqrt{2}, \pi)\cap \mathbb Q$ and $[\sqrt{2}, \pi]\cap \mathbb Q$ in $\mathbb Q$
5
Why probability distribution is defined on event space and not on sample space?
5
Does the number of photoelectrons depend on the area of the beam for a given beam power?
5
Should I choose Cox-based Jaynes' approach or Kolmogorov approach to base myself on to teach probabilities to high-school students?