Nitrogen Trihalides | 5 min Chemistry | Inorganic | Shishir Mittal Sir

[@aspirejee8455]

Loving chemistry ans : it is preparated by NH3 + F2 direct contact because nf3 is a stable compound and it is non explosive because f- is stable and secondly f size is small and fits in nf3

[@shishirmit]

True

[@Kotaphysicsinstitute]

Sir, definitely you have explosive parameters of students success🏆💪

[@Kotaphysicsinstitute]

Thanks sir, it's my pleasure

[@rambling3607]

The only teacher who can visualize inorganic chemistry parha to bahut baar tha sir lekin pehli baar visualize bhi kiya I think every teacher should teach inorganic in this way Thank u sir ji🙏🙏🙏🤩

[@mayankjagnani]

Iconic teacher in the world of chemicals.

[@ujjwaldayalsingh3180]

Dear Sir Please accept my gratitude. You are so energetic. Aapko sun k mera din ban jata h....I can't explain how positivity hunger to learn chemistry I gain after listening you. Dear sir this world really needs you. Keep spreading the fumes of chemistry by which everyone falling in love with chemistry. First of all it will react only in some favorable condition. And if it reacts there is no complete reduction of ammonia will happens. It will produce NF3 along with amoniafloride nh4f. Since the size of F is smaller than Cl Br I it forms more stable product of NF3 and NF3 will not explosive in nature until we supply external energy(like heating or hammering )🙏🙏

[@asishbauri7433]

Sir in Amazon I have seen the qualitative analysis book of Vogel and that is being adapted by an author named Shishir Mittal for jee so sir is that u . Pls sir tell is that u who have adapted that book???

[@shishirmit]

Yes

[@ojasviagrawal3180]

I am very grateful I got your channel sir! Thankyou so so much

[@ayushtripathi8378]

Best chemistry teacher

[@ashukhediaeck]

Without any confusion I can guarantee that, we all love him so much

[@karanbayad8]

Definitely

[@agnivabanerjee3588]

For the first time, NF3 was produced by O.Ruff et al. in 1928 by electrolysis of melt anhydrous NH4* HF at 125 oC, voltage of 7-9 V, current of 10 A in a copper electrolytic cell on a carbon anode (5). This method was assumed as a basis for modern technologies to produce NF3, the second industrial method is direct fluorination of ammonia. SOURCE : notes.fluorine1.ru/contents/history/2000/2_2000/retro/index.html.pdf

[@jaikrishnapandit6073]

when we react N2 (g) + 3 F2 (g) → 2 NF3 (g) and it is not explosive because NF3 is stable as the sizes of fluorine and nitrogen are comparable and the bonding interaction is good enough to give a stable compound

[@akshatverma5083]

sir NF3 me back bonding ho sakta hai kya

[@_StardustSurfer]

@@akshatverma5083 perhaps not as N does not have vacant orbital :)

[@parasjain1865]

1st ans. NH3 + F2 --------> NF3 + HF Taking F2 in excess. 2nd ans. Explosive. Thanks for 5 minute chemistry sir 🥰🥰🥰😍😍😍🤩🤩🤩😘😘😘😘

[@munshiram5888]

Chemistry se pyaar vaah sir thanks sir

[@as.if_0077]

Will watch all of your videos today

[@navingupta6696]

Sir please examples of +ve and -ve deviation from raults law...how to learn those.

[@ayushmangupta6682]

Good explanation and Good animation also. Thank you Sir

[@hiker11]

Fabulous concept Sir... Love you from Kushinagar, U.P.

[@lakshyasatpal561]

My interest in Inorganic is gradually increasing with such videos...Thanku sir😁

[@aryanbajpayi173]

Sir u are my favourite Love you sir ❤️❤️❤️❤️❤️❤️❤️ so much

[@chandansachdev9651]

Sir aap best hai mere phy aur chem me 96+ percentile the jan me and chem me 60 I hope chemistry me bhi ayega is bar fingers crossed

[@hemang6454]

Sir , I think NF3 will not be explosive,

[@Anshukumar-wi3vj]

1.Nf³ is prepared by ammonium fluoride and hydrogen fluoride or by direct contact of ammonia and fluorine 2.Nf³ is not explosive(as fluorine is having highest EN so oxidation of N is +3) And halogen in +1 oxidation 8 is good oxidizing agent and the size of the 3 CL is quite big on 1 Nitrogen atom

[@techprogramer1888]

NF3-- prepared by many methods but easy method of Directly Amonia react with Flourin (excess) product NF3 NF3 is not Explosive because NF3 is stable Compound Flourin size small other Halogen since Stable Compound other than Halogen compound like Ncl3,

[@skand1110]

direct combination of NH3 and F2 would give us N2 as major product along with HF and some NH4F. the products are independent of concentrations of the reactants. however, NH3+F2 in presence of Cu catalyst gives us NF3 and NH4F

[@ashukhediaeck]

Why in this case it is concentrations independent. Your information is correct about its preparation. But u haven't explained reason please explain in little deep.

[@prashantkumarprajapati9059]

NYC revision sir

[@autonomousautonomous5080]

Great Sir 🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏

[@pwinforme6173]

What a great josh

[@sumititbhu07]

shat shat naman hai aapko sir :)🙏🙏

[@Aniishaofficial]

Sir chemistry se pyar ho gaya he 💕

[@AnjaliGupta-te5gw]

sir N2 + X2 se bhi to NX3 bna sakte phir Nh3 ka use kyu karte h. Cl/Br/I bade group h issiliye inke tri halide stable nh h but Nf3 stable h

[@shishirmit]

The triple bond in nitrogen is too strong. It does not break easily. Hence, nitrogen is inert

[@AnjaliGupta-te5gw]

@@shishirmit okay sir And thaank you so much for reply.😊😊😊

[@somnathchakrabarty3462]

Sir one humble question we know hydrogen when reacts with fluorine it reacts explosively to give HF whereas hydrogen does not react easily with iodine to form HI..So my question is how can ammonia react explosively with iodine while least explosively with fluorine??? Thanx sir for the excellent video...

[@thejkarttech1660]

because iodine have high electron affinity as compare to florine so energy release after elecron gain from ammonia and reaction is explosive

[@ashukhediaeck]

Sir I guess ( without reading textbooks ) , it would be easier to make NF3 , and it might be less dangerous as compared with other nitrogen tri halides due to stronger bonds of NF3. Thanks for making me read things again. (Saboot of my reading : NCl3 was prepared in 1811 by P.L DULONG ( Who lost three fingers and an eye studying its properties ))( source greenwood )

[@shishirmit]

Good Saboot! And correct answer! Just one thing. F2 itself is much more dangerous than anything else!

[@anonymous8978]

Lost three fingers Now I understand what happens when they first come in contact with these compounds

[@shashiranjan71]

Sir today's session was awesome

[@DatascienceDigest]

Es lockdown me..ek tu hi Sahara ek tu bharosa Tere siva nhi duja hamara,he eswar ya Allah ye pukar sun le..din me sir ka 2 video kr de...

[@nitinjuyal7739]

NF3 is not explosive ....stable ...N2 + F2 = NF3 + HF ...Thank you sir superb lecture ..Maza aa gaya

[@ias_channel6037]

Sir we want two videos per day

[@ashukhediaeck]

I strong demand that

[@rohit_modi779]

Yes, sir NF3 Will be very explosive than other.

[@kimchidsk6079]

I don't think so

[@sharibathar3423]

Reaction will be same as others for formation of NF3 but it will be faster . NF3 formed will not be explosive.

[@jaynagwani4309]

By nh3+F2 and size of f small ; it is stable and non -explosive

[@alankritasingh1654]

Sir NF3 is a stable compound and not an explosive.... Format through direct contact Nh3+ F2 gives NF3

[@mdataullah6878]

F is stable and non explosive ,same reaction as previous but the rate of reaction is faster

[@seemasahani6615]

NH4HF KA Rn hoga F s to NF3 daga y satbel h to exploser nhi hoga na hi H2o m dissor

[@hasterahe5520]

2Nh3+ 5F2 --> N2F4 + 6Hf

[@yuvrajsingh-vi7ow]

Nf3 is a stable compound hence it is not an explosive and it is prepared by direct reaction of ammonia and fluorine.

[@deshprem3656]

🙂🙂 Answer 🙂🙂:-NF3 + F2 →NF3, & Nf3 is not explosive bcoz Nf3 is stable as F is much more electronegative then H and Bond energy of F-F also very low , hence the bond pair of electons are attracted away from Nitrogen.🥰😍🤩. 👍👍By a resonite of kota batch....🙃🙃🙂🤗

[@lakshyasatpal561]

NF3 is not an an explosive as it is stable due to high difference in Electronegativity( as compared to other nitrogen halides) b/w N and F. Thus the N----F bond is stable.

[@kshitijshrivastavaiitk8]

Sir please make jee advanced level question videos and give theory wherever necessary in the video as you did in resonance jee advanced solutions videos, I think it will be much more beneficial as it will make us able to apply these theory parts in the tough questions.

[@princeindian506]

Sir ic and us form of iron and cupper

[@jignamanseta2312]

NF3 is not explosive as size diff between orbitals of N and F is very less so it would be a stable compound

[@pwinforme6173]

Love you sir

[@abhishektomar3664]

Namaste sir🙏🙏🙏

[@factsfasfast]

sir one video on vapour pressure please

[@madhuagarwal531]

Sir same session boron ke halides ke liye bhi layen pls🙏🙏

[@autonomousautonomous5080]

NF3 is stable And it can be prepared from its constituent elements 🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏

[@atharvachandankhede5269]

1.NH3 + F2= NF3 bcz it stable compound 2. NF3 is not explosive

[@ajitkumarsa9867]

Sir ,We can make nitrogen trihalide by adding fluorine and nitrogen.And Nitrogen trifluoride is not explosive.

[@technicalknowledgeprovider4770]

Hii ajit I am Harshit from Kota please call me K

[@AjitKumar-tp3jc]

@@technicalknowledgeprovider4770 are bhai tum bhi

[@govindam6806]

NH3+F2----->NF3+HF as NF3 is only stable trihalides of N2

[@gangeshchoudhary1279]

NF3 is not explosive, it is stable.

[@devtiwari6479]

Sir em full organic rivison check list ka vedio banaye3 and 4hours ka

[@RoseDeWittWish]

Thanku sir Sir make an interesting video for Xenon and it's reaction

[@RoseDeWittWish]

@@mohammadzeeshan2380 Hello!🙋

[@RoseDeWittWish]

Sab badhiya hai aur batao kaya ho raha hai?

[@abhishektomar3664]

NF3 is the only stable trihalide of nitrogen.

[@prashantkumarprajapati9059]

Good morning sir

[@sarthaksharma213]

Oxidation and reduction of H2O2

[@cultsgamerz]

Nf3 will not be explosive

[@_18_62]

Sir next topic chromatography plz plz plz ...

[@quantumclasses2282]

Good morning sir ji

[@kartikeymishra3149]

chemical equilibrium sir please

[@navingupta6696]

NH3+F2---->NF3+ 3HF::::::::: NF3 is not explosive.

[@shivamverma9447]

NF3 is a stable trihaldile...

[@shivdayalji2503]

NF3 is stable so it is not explosive

[@prajwalbahir5833]

i dont think it should be explosive because of stability and size of f

[@indian5877]

👍👍👍👍👍👍👍👍👍👍👍👍

[@indian5877]

❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️

[@studyjoneacademy]

NF3 is not explosive because unstable.

[@anup3jana253]

Sir pls CFT

[@bche057_ashish2]

NH3+F2 gives NF3 and will not be a explosive as it will be very much stable

[@rajkathiriya476]

Not explosive because F2 gas is not stable as Cl2, Br2, I2

[@Sachin-if7wr]

NF3 will be more stable than other trihalides.

[@rishabh3856]

⚡⚡⚡⚡

[@eshanjain8999]

No nf3 is not explosive like ncl3

[@shivamsouravau5315]

NF3 is not explosive because size of F is small

[@Handlename-jx4iy]

Sir 5 minutes for bredts rule please please sir

[@gautamkr.8626]

N2+F2 gives NF3 Not explosive it is stable

[@a.kodandanaidu7746]

Nf3 is stable so there is no wxplosion

[@aditimittal2657]

NF3 its not as reactive as Ncl3,Nbr3... 1. It can be prepared by direct combination of N2 and F2 and rare conditions 2. Electrolysis of molten mixture of ammonium flouride and hydrogen fluoride Sir please make the video of stereo isomerism in co ordination compounds

[@RohitKumar-dh8vj]

It is prepared by N2(g)+F2(g) It is not explosive

[@RohitKumar-dh8vj]

NH3(g)+F2(g)

[@nitishbyahut8413]

Nf3 is not explosive like other N halides

[@nozkojr]

NF3 not explosive

[@ShortBrainOfficial]

Gm.sir very nice explained sir

[@pwinforme6173]

Wanted to study from you

[@rksingh62]

Nitrogen only NF3 is stable

[@alokkumar-vc2rc]

N2 + 3F2 =NF3 and it's not explosive

[@Code206]

Nf3 is a very stble than cl ,br,i .it is not explosive

[@ias_channel6037]

Your answer is nice

[@ajaypatel5479]

No explosive

[@anonymousboyhacker1110]

Then

[@ajaypatel5479]

NH3 +F2=NF3

[@ujjwalkumar4140]

NF3 is stable, so it won't be explosive ... Therefore it is said only Nitrogen trihalides( Cl, Br, I)instead nitrogen tetrahalides.

[@ajitkumarsa9867]

Nf3 is stable .

[@pi17]

Reason for name trihalides is not Cl,Br,I. Its because of 3 halogens in 1 molecule.