intrensic semi conductor density of holes

intrensic semi conductor density of holes

[@jagadeeshwarrao3491]

Thank you so much sir....you have given a great explanation to me... thank you so much..

[@-Sudhir-ok8nh]

Sir nice explanation .. thank you so much..😊😊

[@MysticClipFusion]

thank you so much sir for this wonderful explanation for the both videos ....love from nepal

[@pavitraravula6754]

Thank you so much for such wonderful explaination👍👍👍

[@Kira7542]

thanks, this really made things clear😊

[@jagadishbanavath8259]

Good and simple explanation😊😊

[@FaisalKhan-wj2in]

U r donig such a gr8 job

[@chintuashok9821]

If E varies with respect to T . It's meaning T also varing,then how we can treat T as a constant and how we can shift T from integration part to constant

[@arshadshaik4961]

thank you so much sir the video is very help full

[@abhinav_naidu25]

thank you sir

[@anandratanamaurya9975]

A LOT OF THANK YOU SIR THANK U THANK U THANK U SO SO SO SO SO MUCH .......

[@varunv4040]

Thanks 🙏

[@chivukulasaipavankalyan3695]

Sir how you interchange limits according to formula by converting -de to + de

[@chivukulasaipavankalyan3695]

Sir please answer my question

[@mariyamkarari1943]

Using a property of integration, when limits are interchanged, sign of integration term changes

[@alfed_khan]

One day your channel will definitely grow

[@kantetipranav3976]

Tq sir

[@junedalam6767]

Thanks sir

[@alfed_khan]

Thankyou sir

[@hemanthmonu9902]

rit cse

[@aiyshafayaz6682]

Sir Ef - E is less than 1. Bt u took greater than 1????

[@kavin.r.k6169]

Don't move the f**ing camera

[@chintuashok9821]

We have to apply integration to T aslo na sir

[@SUGGUYASWANTH]

Thanks sir..... Nice explanation sir

[@nazmulhaque3934]

Thanks a lot sir. Very helpful

[@varshanithiyanadan9934]

Thanks sir

[@reenaverma1488]

bhut acha sir ji

[@shekarshekar481]

nice