Oxidation states of transition elements | The d-block elements | Chemistry | Khan Academy

[@tia7115]

The simplicity of the lectures make things so much more understandable))))

[@harshsuiwal7935]

the common oxidation state of Fe is +2 and +3 both ,not just +2 1:06

[@nehamallikarjun2007]

The simplicity of the lectures makes things so much more understandable :))

[@alokjaiswal_1]

Fantastic explanation ❤

[@danos1011]

thank you this is the best explanation seen on the net. much more clear than most.

[@Skaterbhai03]

Very good explain but indian legend not understand😂😂😂😂😂

[@kisho2679]

which are the similar properties per each group of d-block that specifie each corresponding column in the periodic table of elements?

[@aakankshasharma6979]

Thank you so much ma'am ❤❤❤

[@SeeWoelfin]

Excellent video, very useful. Thank you very much! But please, look up the pronunciation of "orbital" - I spent half the video trying to work out what it was.

[@manjuojha2703]

That is actually how you pronounce orbital in chemistry

[@SeeWoelfin]

@@manjuojha2703 no, trust me, it isn't.

[@bridgeburner_]

its the correct way( Nah, I'd pronounce )

[@jm-fw9lb]

you're right, but i've heard many people pronounce it that way here in india and i guess it just stuck around :')

[@SeeWoelfin]

@@bridgeburner_ Please look it up in a dictionary. There is no point in having excellent science if most of the world doesn't understand you

[@kisho2679]

Why is oxidation state important, what does it tell?

[@jananibharathisathivada8578]

Nice question! Tell me when you get to know the answer

[@anonymous8s640]

Many things especially if the compounds are getting oxidised or not also it tells about it magnetic charcter plus it has variety of applications of in Complex compounds

[@sunaina-9]

With the help of this almost 80 percent questions related to inorganic solved

[@jayabalavairam430]

There are many answers such as formation of coordination compounds,coloured compounds,finding ionisation enthalpy

[@denrarin]

Oxidation state simply tells you about the number of electrons that an individual atom is donating or receiving. A +1 oxidation state/number means an atom is donating one of it's electrons in bonding.

[@utkarshjavalkar602]

scandium has +2 OXidation number right?

[@ndawarrior18]

how ??

[@Akshat0o7_]

No it is +3

[@zulakingyt1230]

good video but that accent made me understand 50% of it

[@danos1011]

way more clear than many. should hear some - i cant' understand 90%!!

[@AnshumanIngale]

Watch it on 1X then you will understand

[@witchslair]

Wt accent 💀🤌

[@IMMUNITY-07]

This Video Is Not for Foreigners

[@Zahrazadi1272]

I am listening at 2x