N/P RATIO || NUCLEAR CHEMISTRY || MASS DEFECT || STABILITY BELT

CONNECT WITH TEAM CHEMISTRY UNTOLD :-
CHANNEL MEMBERSHIP :- / @chemistryuntold
Chemistry untold face book link :- / chemistry-untold-14385...
Chemistry untold Instagram link :- www.instagram....
FOR MY HANDWRITTEN NOTES VISIT MY ONLINE STORE :- www.instamojo....

[@V7B817]

Brilliant Sir not only your teaching is great but you are also giving right guidance to your students ( to refer books and read at websites). There are few teachers on KZbin who can clear the concept (at graduation level) and yet fewer of them who have this kind of mindset.

[@joylolita5755]

Thanks from 🇧🇩

[@rishikesh0405]

The way and speed of teaching is fabulous. Frequency matched...pdne me mjaa aaya. You r one among knowledge tank(full of knowledge)

[@maryamasghar1663]

The way you explain is interested Thank you ❤

[@hemanshithory8044]

Crystal clear ✨👍

[@S--FarhinAnsari]

Excellent explanation as usual❤big fan sir

[@imrankhanimrankahn3220]

I like ir these videos too much b.coz these are short and conceptual.....so easy for us to capture....Thanks sir

[@bikaschandra5270]

Sir.... maja aa gaya awesome sir

[@shumailasaleem2471]

Very interesting and helpful....

[@renukakeshwer2214]

Amazing sir 👌👌👌

[@sadhanaganjir2729]

Fan of you sir ...... You are fabulous all clear sir ..... Thankyou so much sir 🙌🙌🙌

[@priyakadam2676]

Very nice example

[@27gnkcnitintiwari50]

concept clear

[@alokkumar2472]

Sir, how did you become such great human being.

[@BrightCricketClubBalu]

Great sir 🙏

[@27gnkcnitintiwari50]

i really love the way u teach sir 🔥.. 🙌

[@chemistryuntold]

Thanks a ton

[@kamrunnahar25]

Perfectly explained

[@shalinishalu7333]

Just wordless sir🪄💫... Mind-blowing You are kindling my interest in Nuclear Chemistry..😌One suggestion 💝alone Sir: I will be very grateful if you put videos in the universal language English Sir❤

[@amjadali-um1lp]

Excellent sir

[@harshbeniwal956]

Amazing explaination sir . Thanks a lot sir for helping us ❣

[@Sidhhir123]

What type of emission likely for Re 188

[@meerasahu9492]

Thank you sir for this video 🙏🙏🙏🙏

[@anushkadeval7098]

Bhut bhut dhanyawad sir apka🙏🌟

[@saumikmondal5437]

Thank you so much sir it is a really helpful video.

[@erfaannazir19]

Sir books mention kijiye

[@himangimanik490]

Wow sir.....u are just amazing

[@PAWANKUMAR-rf2ew]

16:30 Kya baat kar rahe ho Sir! aapki isi video ko base bnake main MGS University ka final ka exam attend karunga. (6 more days are left) Actually I'm doing a kind of research on youtube. Thanks a lot Sir! love from SRI GANGANAGAR, RAJ.

[@AnupGorivale]

Best explanation 👌

[@bindingbingo7149]

Lovely explanation

[@GalinoCF]

Sir you are great

[@neeluchoudhary7970]

Awesome explanation sir

[@Pikachusharma1234]

Sir physics says that proton and proton and nucleus also bonded together by strong nuclear force....but chemistry says that n/p ratio is behind the stability of nucleus....I want to ask just one think....what is the difference between the work of n/p ratio and strong nuclear force ??? Please clear my doubt sir !!!! Please sir please !!

[@danceofficial_5867]

such a nice explanation..👌😍

[@GaneshKumar-lb1wz]

Sir as u have told the binding energy for nucleon comparing this condition for ca20 neutrons and ca28 neutrons sir which is more stable

[@bikaschandra5270]

According to this lecture the atoms whose atomic number is less then or equal to 20 are most stable if those ratio of neutron and proton is equal to 1 . Hence 20Ca40 is most stable If agree so like plzz🙏🙏

[@muhammadwahid1176]

sir hamari uni me likhna nh parhta just pura paper conceptual hota h one word answer p mushtamil hey pura paper isi liyen videos are best for me from last 3 years mene abhi tak koi book nh parhi only videos dekhi heyn and they help me alot in paper love from pakistan

[@satyajitsahoo2977]

sir you are legend.... sir plz upload next thermodynamics series

[@krishnananda4186]

Sir Iam from Kerala and I know Hindi. This class is really useful and l have a request. Can you include some more English in your videos.It will be more helpful.

[@nomankhan0664]

Sir in simple words konsi atom stable hogy jiski N/P ratio kya hoga jo stable hoga???

[@khanedits2414]

Stable isotopes nucleus n,p ratios is1 to 1.5 sir

[@ravindrachugha8376]

GOOD EXPLAINATION

[@deepaksoni9621]

Thanks bhaiya

[@renukakeshwer2214]

Waiting for next video

[@shubhammohire1337]

Ty for teaching

[@rabiaqueen3251]

Great...

[@rahinajan400]

Sir how I get your handwritten notes ...

[@fortheloveofchemistry618]

Sir book kon c refer kre

[@ankitshaw8254]

plz previous year question ka bhi ek video bnaye on radioactivity

[@7SVIJAYFF--01]

Nice explanation sir

[@ayeshaaslam3971]

Sir which book u use for nuclear chemistry?

[@javeriamoin3140]

Zabardast

[@dimpleduhan7758]

Can u refer books please

[@itsmaleeha987]

Thank YOu SIr!

[@mudassarkachannel9356]

Suggest some good and easy book for nuclear chemistry

[@maamirzawar1910]

Great

[@ikshyapokhrel1326]

Sir but hamre book Mai to 1-1.6 jab ratio ayega toh stable hai likha hai ... ( Kya book galat hai plz explain )

[@harryisronpotter7001]

Awesome

[@simantatech801]

Still you did not told the actual cause.(In terms of their interaction)

[@Jdeena]

Watching from 2g kashmir

[@shradhamahajan5811]

आम्हला तर तुमचे सर्व विडिओ आवडतात.

[@Love_N_Care]

Waiting....🥳🥳🥳🥳♥️♥️😍😍😍

[@vijendersoni1427]

Nice sir

[@Vikas-eg9tp]

but below 20, there are certain elements like fluorine(p=9,n=10), Sodium (p=11,n=12) not follows n/p ratio 1....so, any explanation for this sir?

[@bikaschandra5270]

May be these are disintegration able elements/atom i.e it's nucleus are not most stable...

[@bikaschandra5270]

If you study about carbon dating. So you can see there carbon is radioactive atom i.e 6C14

[@alichemist1082]

Yogi sir❤️🔥

[@thenightdriverofdeoli9258]

Sir above 20 why more number of neutrons are required to stabilize the nuclei?

[@chemistryuntold]

due to sudden increase in replusion between protons

[@thenightdriverofdeoli9258]

@@chemistryuntold but sir why there is a sudden increase in the repulsion?

[@aviaverse]

@@thenightdriverofdeoli9258 due to increase in number of nucleons

[@almasfirdaus8286]

Because the radius of nucleus of every atom is fixed but the no.of nucleon successively increases with increase in atomic no. and due to this repulsive force starts dominating over nuclear force....hence it is necessary to stabilize the nucleus with some other factors

[@Physics20byabhinav]

11Na23 kun stable hai

[@theboogiegamer3872]

Sir apki saari videos dekhrha hu aap mast handsome lgte ho!! and padhate bhi mast ho. i m neet aspirant

[@divanshugaur2915]

Sir please font size increase kre

[@ShoaibAhmad-xg7kq]

Sir, if your speaking becomes slow then I think,it will be more easy to understand. Thank you.

[@aviaverse]

KZbin has given the speed adjuster for EVERYONE

[@vanishree5049]

मेरे गुरु अनुकूलचन्द्र चक्रवर्ती लिखे हैं ---सरल साधुता की तरह कोई चतुराई नहीं .....काश मेरे पास पर्याप्त समय होता और मैं ध्यान लगाकर केमिस्ट्री स्टूडेंट्स बन पाती .....मेरे विचार से घर गृहस्थी चलाने वाली महिलाओं को भी केमिकल लैंगुएज सीखने का हक है ....कुछ मैथमेटिक्स लैंग्वेज भी सीखी हुई हूँ -----मैं बिगबैंग हिसाब समझने के लिए percentage की जगह % भी ब्रेन curve बना सकती हूँ -------जय गुरुर BABAI ( अनुकूलसूर्य )भगवान

[@subashkhatei726]

Xlent

[@studyadda-25]

Agli video sir

[@Beholder31]

Sr hmein kesey pta chley ga k itney number of neutrons hongay to hmara element stable ho ga

[@chemistryuntold]

N/P ratio se

[@rameshwar2474]

I m first one who like your video 😍😍

[@chemistryuntold]

Thank you so much 😀

[@explorechicago895]

Love you

[@aryaveersingh3436]

2ND ONE TO LIKE IT.. 👍

[@chemistryuntold]

Thanks for liking

[@rupalisahu9044]

Sugget book sir 🙄

[@S.K.A3625]

❤

[@248sham]

If the video is not going to be English, don’t title it in English!!

[@baranivelu1677]

Hindi puriyala poda

[@redamoney281]

Advance ki tayyri kar rahe ho bhaai

[@sabirhussainuttra6069]

🇵🇰

[@sabirhussainuttra6069]

Best sr Behtreen andaz hay

[@UtkarshKumawat-zs4mt]

Poor explanation 😢

[@seemaparjapati2178]

bakwass...1 hi baat ko 10 baar bolkar confusion v bdha rha h

[@prabhatgamango4558]

Excellent explanation sir

[@kiransalahud-din4796]

excellent explanation sir