electrochemistry - Why does the reaction between copper (II) ion and ...
Aug 15, 2021 · @M.Farooq so if I understand it right, it is due to the fact that the CuI is extremely insoluble and readily precipitated that leads to basically the Cu+ concentration always being …
Why is the reduction potential of Cu$^{2+}$ less than Cu$^+$?
May 6, 2023 · The reduction potential is the electrical potential of the species to be reduced. It's basically how positive it is (compared to a reference, since voltages are relative). Tables list the …
physical chemistry - Why do Cu⁺ ions spontaneously form copper …
May 21, 2019 · The standard electrode potentials for three reactions involving copper and copper ions are: $$ \\begin{align} \\ce{Cu^2+(aq) + e- &-> Cu+(aq)} &\\quad E ...
inorganic chemistry - Why is Cu (II) more stable than Cu (I ...
Feb 26, 2021 · The stability gained by energy loss in hydration is more stabilising than the destabilising effect of the removal of 2 electrons. Also, as mentioned earlier, the greater the charge on the ion …
{ Cu }^ { 2+ }left ( aq right) + { I }^ { - }left ( aq right ... - Toppr
The unbalanced redox equation is: Cu2+(aq)+I −(aq) → CuI (s)+I 2(s). Cu atoms are already balanced. Balance iodine atoms. Cu2+(aq)+3I −(aq) → CuI (s)+I 2(s) The oxidation number of Cu changes …
The electronic configuration of { Cu }^ { 2+ } ion is :left - Toppr
Sir/Madam In the structure of copper sulphate (CuSO4.5H2o),4 water molecules are coordinated and 1 is hydrogen bonded. The electronic configuration of Cu is [Ar]4s 1 3d 10 . When the water molecules …
Cu2+ octahedral complexes - Chemistry Stack Exchange
Dec 6, 2014 · $\\ce{Cu}^{2+}$ has nine d-electrons, regardless of the ligand field strength it will have one free electron (so it is paramagnetic. Are $\\ce{Cu}^{2+}$ octahedral complexes high spin or low …
inorganic chemistry - Why ionic radii of Cu2+ is less than Zn2 ...
Dec 28, 2015 · Fully filled orbital has more effective nuclear charge than incompletely filled orbital. So atomic or ionic radii of elements or ions having fully filled orbitals should be less than that of elements
Explain the following (i) Cu^+ is colourless and cu^ {2+} is ... - Toppr
(1) Cu+ is colourless and cu2+ is coloured : The colour of transition metal ions or their compound due to the partially filled (n−1)d orbitals, i.e. the unpaired electrons in (n−1)d orbitals. When white light ta on …
The cell Zn | Zn2+ (1M) || Cu2+ (1M) Cu : (E°.1 = 1.10V) was ... - Toppr
Click here👆to get an answer to your question ️ the cell zn zn21m cu21m cu e1 110v was allowed to completely