Moment of Inertia of Flywheel | Experiment

Aim :- To find out Moment of Inertia of Flywheel.
Link of Vernier Caliper =
• Vernier Caliper | Leas...
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[@pritirewliya7853]

One day before practical... 😂😂

[@Venkatesh18m]

😂😂

[@Venkatesh18m]

😂😂

[@bhargav1685]

Practical exam or first baar kar rahe ho is liye

[@mr.genius7881]

To Isme hasne waali kon si baat hai..? 😂😂

[@SurbhiSharma-sr4gq]

On practical day 😂😂😂

[@PratikPatra-kj6cd]

To day is my practical exam 😂😂

[@eros_1234]

Thanks mam, Good explanation.eeysa to hamare school Mai bhi nhi sikhaya jata tha

[@shivakshuyagyasaini230]

Fantastic way of explanation of flywheel. Just clear my all queries.
Thanks a lot mam

[@DipendraKhokhar]

Excellent mam. Graduation level pe bhut kam lectures available hote hai. Thanks a lot

[@sumitkumarsingh007]

Mam pls upload video lectures of b.sc. physics

[@AT-pr8ur]

In the Sugarcane machine, it was just a large diameter pulley for low-speed high torque requirements. Normally I have seen large diameter gears for high torque and some small pulleys.

[@monukhanpur581]

Could you also tell me about viva question of physics practical mam,,,how practical happen in college please 🙏

[@manoranjanjagat2503]

Give some idea bro..... tomorrow our viva will be taken.........

[@monukhanpur581]

Don't take too much tension just learn that how experiment happens ..what is it's principal and how does it we use it in our daily life and most .. important just learn some basic definition from class 12 mainly and the chapter we did study in our semester ... otherwise they give u choice of experiment so prepar two experiments to both portion which u perform better to them....and best of luck 👍👍bro

[@palak7568]

​@@monukhanpur581 thanks

[@deepakbahukhandi4668]

This channel has excellent practical explanations

[@deepakchaudhary2673]

actually I was afraid about this practical but uh make it easier for me... big like for uh👍

[@priyathemusicholic8690]

Superb

[@ujjii12]

very very nice 😊👍.....

[@ajaysaini4751]

Osm mam thanks to tell us completely about fly wheel so smoothly

[@devkotadevkota3618]

Thank you so much for uploading this video.

[@AnuragKumar-sz1tn]

बहुत-बहुत धन्यवाद मैम यह वीडियो बनाने के लिए

[@Manjeet_Singh_Hamirpur]

Fir se dhanyavaad apka mahak sandhu mam.
-Manjeet Sandhu

[@ashusharma8616]

Thnx mam I'm happy to learnt it

[@rhishirajvyas3245]

Thanks ma'am .....and please keep making this type of videos....👍

[@sharmabrothers12]

Mam you and your channel name both are unique. Thankyou mam🙏🏼

[@soumetrikya]

Thank you very much madam. It was indeed clear cut explanation. It helped me a lot.

[@jaharroy1832]

Very much useful

[@vipinsingh1628]

Mam I have a question please clear my question is
At 9:18 potential energy convert into kinetic energy+ rotational energy+friction but how can be add term of force in energy

[@RenuSharma-os2mc]

Revise Work energy theoram

[@pabitra3466]

Thanks 👌👌👌👌👌👌👌👌👌👌👌👌👌👌

[@raktimsarmah5271]

A magnificent practical video i have ever seen,,tnx

[@olaadams]

Good video, however It's difficult to properly understand as I don't understand india language.
Would love if you can speak more in English language

[@madhumitabhowmik4928]

Mam...plz plzz..make video on how to find coefficient of viscocity by stokes meathod. Experiment..& also upload video on katers pendulum experiment....
THANK U FOR THIS AMAZING VIDEO♡♡

[@IgnitedMindsEducation]

Video will be uploaded soon.
Bar Pendulum :- ua-cam.com/video/gTOcFL7jKr8/v-deo.html

[@rizvimotivation3390]

Kindly tell me how you derive tge moment of inertia formulae??

[@shravankota2804]

Thanks for this video

[@varshajangra7467]

Awesome👍

[@RajatRoy]

Mam I have a confusing about the h .
Please give me answer.

[@arnavdas7937]

thanks a lot of uploading this video.....🙏🙏🙏🙏

[@mehrunnisabegum1216]

Once again thank you so much iam watching your second video & again u made it so easy for us 😊

[@sushant4970]

Nice

[@ankit__0205]

The best explaination i have got from you, thank you soo much mam

[@nainsingh8889]

Thank you mam nice video thank you

[@ravidhiman5535]

Thanku so much mam for uploading this video 👌👌🙏🙏

[@mettlebeing3111]

Thanks a multimillion for this amazing explanation

[@lildemon0523]

❤❤❤

[@RenuKumari-zo3tx]

Ma'am, Please tell me why you didn't mention height(h) in the formula used and also in the calculations?

[@yateetagrawal8314]

Yes bro i have same question

[@priyankakundu3627]

Very nice 👍👍👍

[@mughalfilmygod4853]

Thanks so much mam it was very helpful for me during my practical time

[@mairaj-ud-dinshah9776]

Best examples . thank you dear.

[@neeleshsaxena4759]

Thanks ma'am

[@amarnathyadav3379]

Very nice explanation

[@madhumitabanerjee1280]

Thanks u so much mam

[@priyathemusicholic8690]

Excellent

[@amrithaak4538]

Thank you teacher

[@pratibhakumari7227]

Bahut hi badhiya explain 🙏🏻🙏🏻

[@gauravtomar1928]

Your video is very helpful for me....

[@bhavydhamsaniya6050]

Mam apne bahot hi badiya samjaya .thank you 😊

[@godgaming636]

Nice video

[@physicszoneshubham3478]

Superb explained

[@halfghost1948]

Thanks a lot tmrw is my exam

[@preetysharma1022]

Thnks mam

[@daily_life317]

thanks.. ma'am...
this video is really helpful for many student..

[@growchemistry8740]

Mam potential energy loss is equal to kinetic energy of mass, kinetic energy of rotation, frictional force of ball bearing. But why it is equal to frictional force, please tell me in brief

[@rouh5125]

Mam u should come in camera so that student could batterly intract with the lacture. But the way u teach and the the way u do practical is mavellous.

[@pankaj2368]

hello mam is that formula used without using height and radius of
axle is sufficent for finding inertia in practicals

[@IgnitedMindsEducation]

Formula is correct . (Height through which the mass m falls is equal to the Length of the cord wound up on the axle in n1 windings.) So we are using height but in different form.
If you have any doubt regarding formula then reply me with your email-id , then i will send you the full derivation of the formula which we have used in our video.

[@HemantKumar-zm8fg]

Woww !! What a nice pen 😁

[@shivanikanyan8514]

Thanks mam this is very helpful for me

[@BHARATIYA_DEEPAK]

Best video on this experiment ✅

[@arbcreation.]

Thanks Mam ...Today Is My Prectical

[@tubelight2135]

How was your PRECTICAL

[@arbcreation.]

@@tubelight2135 Superb 48/50 Marks

[@arbcreation.]

But Itne Din Baad Kyo Poocha Aapne

[@aryanjohnson7524]

What is m in the moment of inertia of flywheel i.e. what is mass of flywheel 🤔 !
What is the mass of flywheel ?
Please like the comment so it should reach to her .

[@me_3rd_19_sagar6]

amazing one

[@jitendrakushwaha3374]

Thanku mam for amazing explaination

[@kunaly-k6d]

Super thanks

[@nikhilmish001]

Thank u so much

[@anjalikumar9193]

Angular velocity of mass and flywheel same hogi kya ?(w) and why?

[@ABHISHEKKUMAR-dx8go]

🥴

[@MrLennon70]

how did you get that moment of inertia formula?

[@SunilSaini-ok6ty]

Mam kya air resistance s inertia change ho skta h

[@keshavjindal3294]

Great!!
Thank you mam

[@miy9644]

Thanks mam

[@cadetprateeksha9592]

Mam thank you so much and mam important question bsc 1 year k btaiye

[@ramverma9471]

Thanks very much

[@AmanKumar-ez6ck]

nice

[@Simranrana02]

I am confusing in n1 (no of turns of string) 😢 formule mein kon sa n1 rakhna hai Maine teeno n1 rakhke bhi dekh liye aur teeno ka mean rakhke bhi answer to match hi nahi hora hai 🥺
Plz answer

[@priyankapriyadarshinibeher8438]

Nice explanation mam

[@ahmedatifabrar7698]

Thank you mam!

[@jasmerdeswal1400]

Mam you gave fantastic explanation
Why you can't apply for govt. Job
Really you teach fabulus
🙂

[@glamorous1493]

Thank you so much

[@AbhayKumar-nq9bz]

Thnks

[@subhayumukherjee2893]

Two days before practical!! 😅

[@user-xd5pm1pb1h]

Mera practical pure confidence k saath dene gya.. Per jab manay check krwaya to mere Teacher ne cross mark kr diya or bola formula to galt h.... Height to use kri he nhi h...

[@IgnitedMindsEducation]

Formula is correct dear....Tell your teacher that ( Height through which the mass m falls is equal to the Length of the cord wound up on the axle in n1 windings.) So we are taking height but in different form.
If you have any doubt regarding formula then reply me with your email-id , then i will send you the full derivation of the formula which we have used in our video.

[@user-xd5pm1pb1h]

Thank you sir,
But during practical mere Teacher ne bola yeh formula manay nhi pada to me iss formule ko correct kasie kr dun.. To unhone cross mark kr k sheet rekh le

[@user-xd5pm1pb1h]

Plz sir send me your g-mail.. Becoz i don't let any one to prove me wrong...

[@IgnitedMindsEducation]

unhone agar nhi pada to unhe us formula ko wrong nhi bolna chahie...... matlab unke according to phir jo topics unhone kbhi nhi pade vo unke liye galat honge.
Anyways tell me your college and university name ?

[@user-xd5pm1pb1h]

Dharamshala

[@gt8846]

Mam Thank You for your great efforts. Thank you mam.

[@cglcarrier]

Thanks Di ,☺️☺️☺️

[@sarojvishwakarma7979]

Thank you very much mam❤❤😊

[@amangusain6290]

Why do you have a flywheel at your place..?

[@shreyashsingh3330]

Thank u very much mam

[@Relatable321]

Thank you

[@sahilchandel3838]

Thanku very much mam.

[@rajeshkumar-wz4pv]

well explain madam... would you cross verify inertia value with theoretical value from that mass and its cross section property.

[@GauravChaudharyNITW0501]

Ma'am omega me 4 ka factor kyu ata hai pls bataye🙏🏻🙏🏻

[@nikhilghorband9520]

Magnificent

[@itspoo3060]

Why some other videos have less value(moment of inertia) and here it is very large

[@UshaKumari-ol7nf]

Thanks

[@user-xd4wb2wk7c]

One day before practical 😂😂

[@parmeetsehrawat1257]

Thnxx mam

[@upsc031]

Thnx mam
You are amazing mam

[@jenniferranjolkar6005]

👍

[@devkotadevkota3618]

Please send me the derivation of this formula

[@kumarraja1824]

Good work . Please an other phy lab vedio uploaded.......

[@sheetaljarodia1267]

Thank you very much mam