25 Replies
iTeachChem Helper
iTeachChem Helper•8mo ago
@Dexter
iTeachChem Helper
iTeachChem Helper•8mo ago
Note for OP
+solved @user1 @user2... to close the thread when your doubt is solved. Mention the users who helped you solve the doubt. This will be added to their stats.
Deleted User
Deleted UserOP•8mo ago
No description
Deleted User
Deleted UserOP•8mo ago
,rotate
TeXit
TeXit•8mo ago
No description
Deleted User
Deleted UserOP•8mo ago
34
iSoham
iSoham•8mo ago
attempt ?
Aman
Aman•8mo ago
Ch?
Deleted User
Deleted UserOP•8mo ago
Atomic structure
Aman
Aman•8mo ago
Oh 😅 Inorganic m aata h kya yeh
myst1cboomer
myst1cboomer•8mo ago
Fe+3
Aman
Aman•8mo ago
Oh i see it step 2 ch1 question no 34 Fe3+ aayega
Deleted User
Deleted UserOP•8mo ago
How Nvm Hey but cu2+ has 3 free e- doesnt it ?
iSoham
iSoham•8mo ago
Fe3+ has 5
Deleted User
Deleted UserOP•8mo ago
What about +3 dont we have to - those electrons? Cause it has donated 3 right
iSoham
iSoham•8mo ago
yea , it will have 5 after donating.
Deleted User
Deleted UserOP•8mo ago
Is this wrong then ?
No description
iSoham
iSoham•8mo ago
we also have a 4s2 orbital 😄
Deleted User
Deleted UserOP•8mo ago
OHHH 2 4s se ek 3d se Tysm
iSoham
iSoham•8mo ago
yes, always start from the max n (principal)
Deleted User
Deleted UserOP•8mo ago
But what is the surity that the one paired e- in 3d is removed
iSoham
iSoham•8mo ago
always remove the paired one first, like we start pairing after all orbitals are filled so removing ke time ulta
Deleted User
Deleted UserOP•8mo ago
Ah ic i get it now ty again +solved @lim me → ∞
iTeachChem Helper
iTeachChem Helper•8mo ago
Post locked and archived successfully!
Archived by
<@952055694092300298> (952055694092300298)
Time
<t:1718303641:R>
Solved by
<@722854351600615465> (722854351600615465)
iSoham
iSoham•8mo ago
🎉

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