Basic Properties of Nucleus in Nuclear Physics For CSIR NET 2024 | IFAS Physics

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[@judhisthirbehera9190]

Sir ur teaching is Really Very much understanding at a very good level and Literally Now concept are crystal clear😊😊😊😊😊

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All the best

[@ritujasingh6511]

Sir please,
Post the video of daily solid state physics for MSC &Net jrf🙏

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Sure

[@drsureshpal2316]

Dear sir
As explained by you that nuclear force is a short range force and you shown with figure that inside nucleus it operates only over small volume that's why all nucleons doesn't get collected over small space thereby increasing density. According to my view nuclear force operates over whole volume of nucleus and all nucleon get concentrated over a very small region. So kindly rectify your figure

[@NishuSinha-p5l]

Nice explanation sir

[@anshu9301]

Is this helpful for phd entrance examination?

[@kusuminsan765]

Thank u sir

[@IFASPHYSICS]

Wel-Come

[@usmaperveen-ey3il]

Good

[@SeriousPadhai]

My exam is tomorrow and now I am studying this lecture

[@ganishasolanki1396]

Thank you so much sir

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Most welcome

[@nabakantapegu4145]

Sir, it was fantastic

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Thanks a lot

[@vaibhavgera516]

Nice lecture🙏🙏

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Keep watching

[@apna_niser]

Nice lecture😊

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Keep watching

[@rajeshknetam]

so nice sir

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Thanks and welcome

[@avikbanerjee5809]

Sir ,can you say why we neglect m(0)c^2 term to get KE=PC i.e. to get high energy

[@usmaperveen-ey3il]

Yes

[@sushantdhumale5450]

Sir very nice video

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Keep watching

[@alokkar1682]

Sir very nice video. Hats off, but Nuclear force is spin and isospin dependent.

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Thank You

[@shubhamyadav3973]

Sir hum suppose karte hai ki ak wall hai jiski height 40cm hai jo ki 34 cm se badi hai,kya hum wall ki height ko sound ki frequency se pata kar sakte hai

[@suryaprasadpatra4143]

why relativistic and non relativistics cases are used

[@Vaja_Rakesh]

Bhai csir NET ke pura syllabus UA-cam pe upload Kiya Hain... Paper -2 ka

[@PoonamSharma12312]

Sir aap R-set ki bhi तैयारी krate ho kya

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[@akashrajak6807]

last question @=3.6

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Thanks for your comment!

[@niharikavg7074]

Hello sir
Can u pls say.....
which authors book is good to refer nuclear physics?

[@pawanpreetkaur0604]

Arthur bieser

[@educare8718]

Sir ye Mh-Set ke liye hai kya

[@vaibhavgera516]

Sir hmne (39.30) lamda=1 fm ku liya
Anyone pls reply

[@santoshik6059]

Sir, Please Suggest Some Books For Preparation

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[@birsingh7731]

Sir u said that these videos are available on ifas app but i'm not able to get 😒........help me sir

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[@usmaperveen-ey3il]

Jyada

[@pratibhabhardwaj1200]

ThAnk u sir gareeb baccho ka bhla krne ke liye

[@IFASPHYSICS]

Dear Aspirants, Want to crack CSIR NET? Talk to Academic Expert: bit.ly/41n06pF
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[@sejalvarshney2646]

Sir relativistic case mein kinetic energy minimum hai toh jo last mein aaya hai usme se (q) khaa gya

[@sejalvarshney2646]

Sir iska reply dedo

[@siddharthgangwar7382]

Q ko replace kr diya Ze se.

[@bhaliavaibhavi6039]

@@siddharthgangwar7382 vo to aapne Q ki value dali but q to rahega

[@usmaperveen-ey3il]

.34 m

[@RahulKushwaha-b9q]

Sir pdf kaha milega

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please download ifas app

[@ankitatiwari6303]

Msc final year k liye Claas h ye

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[@moumitapradhan1429]

1 M eV= 10^6 eV
So ans (a) 1.25×10^9 eV kaise???

[@sajadmirr8095]

As 1mev=10to power6 eV
S0 1240mev=1240 ×10^6ev
Divide and multiply above eq by 1000
(1240×10^6 ×1000)/1000=1.24×10^9ev

[@MindMatriX]

Op

[@sharifmujavar9019]

No sir

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Thank you for your comment. Click here for FREE Practice Questions: - bit.ly/4a8iTce

[@usmaperveen-ey3il]

Good