Beta transition rules |beta decay| nuclear physics | csir net physics | physics tadka |gate physics

[@shivangisharma8429]

wao sir maza a gaya padh ka

[@mangladeepbhullar4001]

ye example list of transitions konsi book se hai sir? and what is the parity of carbon14 to Nitrogen14 transition?

[@PriyaUdi]

Thank you sir 😁

[@fizikshy]

N you are the best teacher for csir net in whole you tube

[@rajkumarsinghdanu8166]

Thanx bhiaya, pr ek question tha: (5/2)+ -----> (1/2)- wale example mein aapne sirf GT btaya, pr L=3 mein bhi ∆J satisfy ho ra, to kya ye GT aur F mixed hai???

[@venkateshmishra4757]

Yes but, Since 0 ----/----> 2 (not allowed) that's why it will only exist in first forbidden (L=1)

[@pareshkumarsahoo3421]

@@venkateshmishra4757 where is 0 to 2?

[@imamahali3983]

Yeah Even I had the same doubt. 0 ....../..... 2 transition prohibited hai, lekin uss question me 5/2.....1/2 hai. Yeh samajh nhi aaya kaise hua

[@sushovan47]

0 to 1 transition how fermi is possible according to your table?

[@Devanshusharma5212]

Thank you for the wonderful explanation Sir. Please explain how the anguler momentum remain conserved for equation with 7/2------>3/2 (an example given in last part of video). Thank you....!

[@ishu7531]

Sir , 0+ ---> 0+ , which transition will take place?

[@hitesharora701]

How to determine tha value of s ?

[@Vikas-en2cj]

Yes sir

[@nikhilsagar7476]

Sir or video bhi upload kar dijiye

[@sukhvirkaur4581]

Best techer

[@VivekGusain09]

Which book to use for nuclear and particle plz reply sir

[@physicstadka6897]

Dc tayal and Griffith

[@VivekGusain09]

@@physicstadka6897 thnk uh sir 🙏😁

[@AmitThakur-ok3nr]

Respected sir phase space trajectory pr bna dijiye concept smj ni aata

[@alivasaha8203]

Matrix ka aur differential equations ka vi video kijie sir

[@fizikshy]

Sir aap classical mechanics kab start karoge ..

[@Doctor-r5e]

Zero to zero transition kyo nahi hoga sir

[@lisajose9219]

🎉❤❤🎉

[@bharatgupta6960]

Love u dear sir

[@Devanshusharma5212]

Thank you for the wonderful explanation Sir. Please explain how the anguler momentum remain conserved for equation with 7/2------>3/2 (an example given in last part of video). Thank you....!

[@applephysics7239]

Thanku sir

[@Vikas-en2cj]

How to determine value of s???

[@mahikesh6615]

👌🏻👌🏻

[@vardhmaan027]

please state mech pe video bnaiye❤️

[@vaibhavshukla7702]

Sir is topic ke pyq bhi chahiye the!!!

[@om_namah12]

Rest imp topics b Sir share krdijiye pls and thankyou so much

[@momentumclassesbyAvaneeshsir]

Sir maine aap ka sara video dekha h meri electrodynamic aur quantum mechanics ka privious year sare solve bhi kr liya without doubt. Maine apne friends ko bhi aapke bare mein bataya sabhi ko bahut help mili h ye akela msg mera nahi h sabhi friends ka h ki THERMODYNAMIC COMPLETE KARA DIGIYE 🙏🙏🙏🙏🙏🙏 plz sir