Kater's Pendulum with Full Explanation | Practical File

[@AllLabExperiments]

Hello guys! Thank You very much for watching this video. Please give me suggestions about my future videos... :-) ==> You can also "Like" us on facebook ==> facebook.com/AllLabExperiments

[@SwabhimanTripathy4331]

This is how practicals should be. Teachers should make us understand the things that we would do like this in the practical class rather than throwing bluffs that bounce over head & keep us in a puzzled state till the end. Thank u sir. I will stick 2 ur channel as u have simplified d learning.

[@gyan-vigyan-kmc]

Kal mera practical hai aur Aaj mai katers pendulum dekh raha hu😂😂😂

[@kritikumari3328]

Mee too😂

[@boboiboyhindi2129]

Bhai mera to Aaj hi ha

[@denissaini6505]

Mera bhi kal h Du se ho kya bhai tum 😂😂

[@kritikumari3328]

@@denissaini6505 haa aaj hi tha mera

[@boboiboyhindi2129]

Bhai HNBGU Se hu

[@wilurbean]

Never learned about this particular experiment in US Highschool or Physics degree courses. It is interesting how Kater overcame the challenges of his day

[@kvng_thim_mhy3491]

I wouldn't lie.. You're the best you explained it explicitly

[@AllLabExperiments]

Thanks dear

[@talmancharters]

Thanks for this video. I just came here out of curiosity but this was the first source I found with a good explanation of how Kater's pendulum works

[@kailashsingha4073]

Kal exam hai, aaj ye video mil gaya. Super simple and effective explaination.👌🔥🔥

[@AllLabExperiments]

watch my latest video on kater's pendulum viva voce for tomorrow.... all the best

[@ValpoPhysics]

That's an odd variation of the experiment. If you move the center weight W and track the periods when hanging from K1 and K2 as a function of the position of W, you have two graphs. Where these functions intersect, T1 is equal to T2. L1 + L2 is simply the distance between K1 and K2 (call that D). Then the equation for g becomes: g = (D*8*Pi^2)/(T^2) This T can be found with high precision by fitting functions to the curves and finding their intersection point. You don't actually have to adjust the setup to make T1 and T2 equal.

[@AllLabExperiments]

👍

[@hvhawk]

It really helped a lot now I can do this experiment efficiently

[@AllLabExperiments]

Experiment is very simple bt in books they make it difficult. The only purpose is least diff between t1 n t2 for max diff between L1 n L2. N u can choose any arrangement for this.

[@Vinay-Pratap]

Are sir gjb thanx for explaining in such a simple way.🙏🙏

[@SubekshyaShrestha-e4x]

😮so easy just bcoz of u❤❤❤❤

[@AllLabExperiments]

@@SubekshyaShrestha-e4x for my Physics Lectures, please check my app GradXY on google playstore

[@makeanartist4905]

Thank you so much sir..it's really understandable

[@deepraval1021]

For this type of content needs more time and more work ... Well done for us sir Thank you so much 👏👏👏👏

[@TaniyaSamanta-tv6gm]

Very good explanation... thank you sir...plz keep doing it for each practical so that we are not in a state of doubt

[@AllLabExperiments]

@@TaniyaSamanta-tv6gm thanks. You can also see my Graduation Physics Lectures through my app - GradXY from playstore... And my channel @GradXY2728

[@TaniyaSamanta-tv6gm]

Thank you sir for giving us the required answer

[@al-aminhossainrabby5636]

Really efficient. Thanks a lot!!!

[@nishanegi5471]

Very helpful , simple and informative...🫡

[@KamalKishore-zq4bj]

Thanks for helping

[@chanchalswarnakar5466]

Thank You sir... ❤❤

[@khushboosinghh]

6hrs left for my practical😢 And I was like... kater's pendulum to rhh hi gya abhi😂

[@utsavdesai4728]

Sir thank you so much

[@champadevi2581]

Really helpful, to the point and good quality content, it helped a lot.

[@anushakandregula4445]

Simple and easy bro 😘

[@Jitenderkumar-ge6pg]

Thankyouuu very much sir 👍

[@216yogeshmathuria3]

Very Good Explanation, very helpful. Thanks you very much sir dil se ❤❤🙏🙏

[@yashwardhandwivedi9761]

Awesome explanation man

[@warbrstar3454]

its very helpful👍

[@rl48110]

Thanks alottttttttttt sir...❤️❤️❤️ For such a great and awesome video ❤️❤️❤️❤️❤️❤️❤️

[@AllLabExperiments]

Thanks for too much love 🥰

[@mukulchhimpa9575]

Very nice explanation sir 🔥🔥🔥🔥🔥🔥🔥👍👍👍👍👍👍

[@PRIYAKUMARI-sp2ml]

Thanks sir

[@mehsananasrin3263]

Thank you sooo much sir!

[@UniqueDimension]

thank you bhai

[@Skumar-rg4hd]

Very nice explanation

[@komalsadyal]

This video help me a lot . Really very nice explanation.

[@ShardhaKathait-s5b]

Its good sr❤

[@AllLabExperiments]

Thanks. For our Graduation Physics lectures you can download our app GradXY from google playstore

[@hennykadvani111]

It's perfectly understandable👍

[@AllLabExperiments]

Thanks dear 😊

[@priyanshyadaw733]

Mera to aaj prectical ka quiz h aur aaj hi video dekh rhi

[@anvi29457]

aagye du walo practical Dekhne 👽

[@shubhampadhan1304]

Really good

[@thehillcaliboy7855]

Great explained sir 😍

[@devashishraut4495]

Awesome I liked it, very interesting and indulging video make more such videos.

[@0001navdhillon]

thkuu so much sir👍

[@turquoisejpg5671]

Thankyou sir, how do I calculate the error in the final measurement thankyou

[@yashbisla9923]

well explained.Hope it's correct

[@AllLabExperiments]

Yes. It is correct. Don,t worry. You just want to reach a situation of max l1 -l2 with mini t1 - t2 and there could me many ways to achieve that. This is one of them which i found easy to explain n understand...

[@vaibhavbhatt7485]

Nicely explained 👍

[@anjelophillips2736]

very well explained

[@Movieexplained2hindi]

Aaj Mera Physics ka practical exam he😢😅

[@harinderuppal4337]

Great explanation 👍👌

[@AllLabExperiments]

Thank you 🙂

[@harshavardhannaidu9202]

very useful

[@gautomdeka581]

Good explaination

[@AllLabExperiments]

thanks Gautom

[@vivekpv313]

Set⚡

[@ReZ_Q1]

Main to ratko dekh raha hu😊

[@MANOJKUMAR-yt4co]

I think , changing the weights, much better for equal time period

[@AllLabExperiments]

Both work fine. Anyhow you wan close time period T1 n T2. Any systematic protocol may work.

[@bhaibehnchannel8366]

Why we are putting cylinders of different material?

[@AllLabExperiments]

Because you dont want the center of gravity to be in middle. You want the difference of l1 and l2 to be the maximum and the difference between the times t1 and t2 to be the minimum. Because its formula is most accurate in this condition only. Watch its viva voce video for full detail.

[@bhaibehnchannel8366]

@@AllLabExperiments share the link for video please

[@AllLabExperiments]

@@bhaibehnchannel8366 kzbin.info/www/bejne/mqOnpoiio95or68

[@sonamtshering4055]

Thank you

[@dextermorgan4845]

Thanks

[@rajsingh8372]

Should the mass of wooden and metal block be same??

[@rajsingh8372]

I am asking a question please give me the answer.

[@AllLabExperiments]

No. Otherwise they would have taken both wood or metal blocks.

[@rajsingh8372]

Thank u

[@rehan_karun]

Then L1 will be equal to L2 making more prob.

[@mileswoolf]

0.5 se less hone se hota he kya?

[@AllLabExperiments]

Jo term hmne neglect ki h formula me uska contribution almost khatam ho jata h

[@mileswoolf]

@@AllLabExperiments mene kiya tha toh 10 oscillation me 0.5 se kaam aye tha

[@asutoshjena1926]

At a time k1&k2 varies???

[@AllLabExperiments]

I am not getting this question. please simplify

[@sachinscientist5711]

First you vary k1 k2 but after getting T1 - T2~0.5 you will not change them.

[@ankityadav2238]

Sir What happens If we balance the centre of gravity after using the wood and metal wood Means why we balance the rode without the blocks We have to balance after oscillation So why we don't balance by using blocks earlier

[@AllLabExperiments]

You can use any way to balance this but the main task is your l1 l2 should be considerably different for for very close time t1 and t2. My video is just one way to approach this condition without confusion. You can put blocks first then approach minimum time difference and then find l1 l2. This is also okay...

[@ankityadav2238]

Ok sir

[@hardiktaneja6054]

Why we take wooden cylinder why don't we take both the cylinder if metal

[@AllLabExperiments]

To create a substantial difference between l1 and l2. For a small time diff b/w T1 and T2. For accuracy reasons. This cant be done with both wooden or metal pieces.

[@hardiktaneja6054]

You are awesome 👍

[@AllLabExperiments]

Thanks for appreciation

[@asutoshjena1926]

W kon si matter hey?

[@AllLabExperiments]

W is also made up of steel.

[@carelessr2561]

Kal hee hai 😂😂😂 0:41

[@rulebreakerraushon7297]

Bcha liya aapne mujhe 😂

[@taizuddin8787]

Tnx

[@divyadhaka1619]

👍👏👌

[@ChamindiAmarasinghe-qy6mr]

❤❤

[@utsavdesai4728]

Sir Bar pendulum ni jem hind ma hoy to vathare samjat

[@AllLabExperiments]

But still english is simple and you can get it easily...

[@Lizzastories21-lv7lv]

Aap nhi hote to hmare pratical ka kya hota😅

[@AllLabExperiments]

🤓

[@Borutoindiaksh]

Kr manglam wale like kro

[@DeepakPradhan-fw4dy]

ଚମତ୍କାର

[@khaim_123]

Khalid rafeeq 1906006

[@chemistryisfuture2228]

🤣

[@AimGraphics-f9o]

Thank you ❤

[@ganaali2342]

Thanks

[@mrvaibhav5920]

Nicely explained 👍

[@rajranjanojha4539]

Thank you so much