Question

Give electronic configuration of Cu+, Cr³+, Fe²+, Fe³+, H-, S²- ions. ​

Answer 1

Answer:

Give the ground-state electron configuration expected for each of the following ... I thought it would be [Ar]3d^7.4s ... The Copper+ (Cu +) ion has 29 - 1 = 28 electrons to account for in the

Answer 2

Explanation:

The Zn 2p regions of the XPS spectra (Figure 5b) consist of two peaks centered at 1021.9 and 1044.9 eV, which were characteristics of the Zn 2p3/2 and Zn 2p1/2 of ZnO [73]. The Zn 2p core level dipoles induced by the spin-orbit coupling are typical of ZnO materials in terms of binding energy, peak shape, and peak separation which is 23 eV [74]. The peak centered at 531.2 eV (Figure 5c) corresponds to the O 1s peak of ZnO [75]. ...

... The Zn 2p regions of the XPS spectra (Figure 5b) consist of two peaks centered at 1021.9 and 1044.9 eV, which were characteristics of the Zn 2p 3/2 and Zn 2p 1/2 of ZnO [73]. The Zn 2p core level dipoles induced by the spin-orbit coupling are typical of ZnO materials in terms of binding energy, peak shape, and peak separation which is 23 eV [74]. The peak centered at 531.2 eV (Figure 5c) corresponds to the O 1s peak of ZnO [75]. ...