Chemical Bonding । Class 11(L 3) । Fazan's rule । application । Exceptions of solubility

[@yashitaparmar-musiccovers8340]

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[@Harshgair]

r u a dropper?

[@PankajsirChemistry]

Fajans rule and exceptions of solubility

[@Neetaspirant1896]

Sir aapne ye joh bhi exceptions btaye hain solubility ke sb toh fazans rule se kar skte h na toh bass itna hi yaad rkhna hoga ki ye sb case me fazans rule laga de or confusion na ho iske liye humlog hamesha hi fazans rule lagaye toh ho jayga Solve? it will be easier 😅 ki solubility dekhte hi fazans rule ? Toh exceptions chhor de ? Bass ye yaad rkhna hoga ki beriiliyim oxalate and flourate zyada soluble hoga hoga sbse 😁

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Tab tak k liye ok by

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Pw baccho ka payar hamesha apke sath rahe ga

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❤️👑😎

[@Mohta69]

02:58 Fajan's rule explains the polarization and distortion of electron cloud in ionic compounds. 05:56 Fajan's rule states that a small cation, bigger anion, and high charge on cation or anion form a better covalent bond. 08:54 Size and charge determine polarizing power and polarizability. 11:52 Cations with higher polarizing power have more covalent character 14:50 Fajan's rule application in solubility and melting point 17:48 Melting point is directly proportional to ionic character and inversely proportional to covalent character. 20:46 Exceptions in Solubility 23:44 Exceptions of solubility for carbonates of alkali metals and alkaline earth metal fluorides and oxalates.

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One of the best teachers of chemistry 🔥🌠 Legend

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Sir mai up board se hu class 11 me aapki sari video ka notes hindi me kar kar ke dekhta hu aur aap hi se padhna achcha lagta he mujhe lagta he up board wale bachche bhi apka video dekhte honge❤❤❤❤❤❤❤❤

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[@PankajsirChemistry]

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[@PankajsirChemistry]

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[@ishanjain4112]

In terms of ranking them, cations have higher polarizing power when they have higher charges (Al3+ has a higher polarizing power than Be2+, which is higher than Li+) and when they are smaller, so polarizing power for cations increases across a period and decreases down a group.

[@neelsanap6157]

Sir I have a doubt In 22.37 where you showed 4th exception Sir Be>Ba>Sr>Ca>Mg in Covalent Character Then Solubility should be its reverse But you showed same order Anyone who sees my comment and got the rason be reply back.

[@JetPen]

That is only the exception. Be jumps at the last instead of staying at the first. Same for oxalates

[@neelsanap6157]

@@JetPen Ohhk Thanks vroo

[@rudrakumar5121]

Be^2+ >Al^3+ in polarizing power as charge density more

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धन्यवाद गुरूजी । ❤

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Vai mains ke liye padh rhe ky ?

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Lecture ne toh aag laga di sir......

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Yo

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5:34 8:13 12:52 18:22 23:35

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Yo 🤘 stay connected for more videos

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Simple and acuraranc language 😊😊😊

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💯✨

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Thank You Sir

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Sir this video's are helpful for making synopsis for NEET or u have done separate synopsis videos ??

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At 17:00 caco3 bhi to decompose hokar CaO and CO2 banata hai

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King Of Chemistry 🤩🤩

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The lecture was fabulous

[@PankajsirChemistry]

Thanks

[@NADEEMKHAN-io6pg]

Mast lecture sir. Fazan rule op

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Is it sufficient for jee advanced?

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Sufficient for you to go to iit furfurinagar

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[@ARM-8402]

23:10 For the fluride and oxalet of alkaline metal You told same explanation but actually For fluride polarization and lattice energy both following same trend except Be. Be neither following lattice nor polarization, its just excepttion.but mg to sr following lattice and polarization both. For oxalet polarization dominate for all except Be. Only Be is following latice .Be (gareeb) co³- (ameer) weak bond ,more soluble. I learnt it from your lecture. If I wrong plz rectify me

[@arindamdeka8003]

Sir at 17.42 minute I have a doubt. Apne bola ki T.S. increases as ionic character decreases.... But You have written that thermal stability is directly proportional to ionic character.... So sir please clear kijiye doubt ko please sir.... 🙏🏻🙏🏻.. Awesome lecture

[@the_sapient]

nhi nhi wo increases hi bole dhyaan se suno

[@anikasinha2731]

go-,hm

[@windows-zm2cj]

Sir solubility according to poor rich concep different trend and fazan rule different concept

[@renukumari1166]

Sir does holides mean compounds or something else? Please tell

[@AbhinayReddy-pi7kx]

Sulphates of alkali metals are also expections of solubility ryt?

[@Sarthakmehra08]

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Awesome

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i think im the only legend studying this chapter in march

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May

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[@dhimanr.kashyap5845]

Sir last mein in exception of carbonates...there u said H.E dominates L.E...but Li has more Hydration than Cs...then sir how come Li2CO3

[@the_sapient]

who told u that Li has more hydration than Cs. Cs has large size than Li so its hydrated radii or hydration is more than Li.

[@dhimanr.kashyap5845]

@@the_sapient Li is smaller therefore more H2O will surround which will make it hard to remove the hydrogens....hence Li will have more hydration energy

[@the_sapient]

@@dhimanr.kashyap5845 wait.... I am sorry. I was telling in isolated gaseous form not in aqueous form..... my bad.

[@neetaspirant5747]

@@dhimanr.kashyap5845 if i am not wrong Hydrated radii is more for Li+ than Cs+... Li+ and Cs+ are already seperated ions in their aq form... But in the second last exception we are not talking about Li+ alone or Cs+ alone, we are talking about their carbonates... Also what u r saying is hydrated radii and what sir is mentioning is Hydration energy which is the energy released during process of hydration.. Both hydration energy and hydrated radii are different This is just what i understood... I dont know if i am right or not, so if u have better explaination u can also share

[@surfingnet6123]

Because when the charge on cation is more than 1, that's when hydration energy overcomes lattice energy

[@vihu6813]

Thanks 😊

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Are these lectures enough for JEE mains and advanced?

[@Qamran-qu7me]

Thanks

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Thank you so much sir ☺️🏹🏹🏹🏹🏹🏹🏹🏹🏹🏹🏹🏹🏹

[@neetrepeatbeat4739]

Sir aapne expections of solubility mai bola ki lithium carbonate has lesser solubility than cesium carbonate how sir ???? Ye trend sahi hai ki galat i think ye galat hai ??

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Nice into + content

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[@abhinabkumarbarik1470]

Sir jo exception aap ne bataya hei solubility of alkali metal carbonates woh alkali metal sulphate, nitrate nd bicarbonate mei v applicable hei kya??? Plss reply sir plss plss

[@KitsuneLucy05]

god of chemistry

[@MugilanInbaselvan]

W vid ..

[@d.malunaikdeeravath2879]

Sir you didn't tell about covalent character and you went directly to examples belonging to polarization power

[@parmaramrutsinhvajesinh9189]

Thank you very much sir 😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊