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Nilanjan Bhowmick AIR 3, CSIR NET (Earth Science)
Dinesh khalmaniya 1
Zinc’s ground state electronic configuration is 3d104s2. As such, it can readily form complexes with an oxidation state of +2. However, higher oxidation states are unknown as they would imply that electrons from the highly stable filled 3d orbitals be involved in bonding. zn+ have d9 configuration while d10 configuration is most stable so very high amount of IP needed so it exists only on +2 oxidation state
plz explain 7 point
can you send me which topic is it?
why other elemants donot form +1
Cu have EC of 3d104s1 so it removes 1e to get d10 which is highly stable configuration so it exists in +1 oxidation state
this topic.
while other elements can show many oxidation state +1 to +7
..
no sir
other elemants 1 show ni krte
Ag+1 show krta he
......
3 d ki baat kr ri hub
iska bhi reason stability hi Hoga sir
yes, depends krta he electronic configuration pr
other compounds+1 pr stable nhi hote
ok
sbka ik hi reason hota haina sir
yes
Shweta is table ko check kro yha Cu or Cr k alava sbhi me 4s2 configuration aa rha he to 1 e niklte hi 4S1 aayega or configuration unstable ho jayega na
fully filled half filled se jada stable hota he na
okokok
ok