Vertical Mass Spring System | SHM 08 | Time period of vertical mass spring system ||

[@tushar8709]

Love From Bangladesh

[@soyalshivoor9831]

App ki teaching bahot bahot achchi hai sir sirf ek video uor doubts clear amazing sir exelent sir

[@Mihir17043]

nice video bhaiya 👍

[@arghojitsaha3568]

Thank bhaiya...i am a jee aspirant 2022...this video was helpful

[@bhavya1507]

Very nice explanation given by you sir...keep it up🌹🌹🔥🔥

[@taranumkhatoon5310]

bhaiya ap bahut clearly samjhate hai...
Love from nepal...thank you☺️☺️☺️😊😊

[@roshanivishwakarma896]

Sir app bahut bahut bahut achaa padhate hai.You are a great teacher

[@earnershivi]

Superb explanation sir....

[@deepikasingh7812]

Thanks sir,
Crystal clear explanation

[@karamjitkaur93]

Thanks sir for wonderful explanation

[@sakshigupta5721]

Good explanation 👏 brother

[@palakkashyap4137]

Keet it up bro app na bhoth accha samjhaya 😊

[@bhailogyt999]

Ur so great 👍 brother

[@ibecame.crisis]

Amazing explanation thank you sir

[@princejain5568]

Nice explanation

[@DrawingwithPrerna]

simplified explanation👍👍

[@vaishnavisingh81141]

Thank you.aap math bhi padhayiye please

[@ragurockx883]

God level explanation bro 💝💝

[@mishrajigaming9315]

Thanks sir for clearing doubt

[@jayjeet2006_2]

But on second displacement, shouldn't the spring force be equal to net displacement from mean position (x + x0)? Time stamp : 7:54

[@lalitjoshi18075]

Sukriya bhaiya aapki video dekhke sb samaj aa jata hai❤️❤️❤️❤️

[@anirudhtn2704]

I will never forgot you man, thank you ❣️

[@shallythakur1192]

Thanks for clear my doubts🙂

[@technogorkhali986]

From Nepal🇳🇵

[@4.8.2.]

Very good carry on

[@surendrakverma555]

Very good 🙏🙏🙏🙏🙏

[@Ansh-x75]

Thanku sir 🙏 very simple explanation

[@achiver510]

Very nice explanation sir 😊

[@AmanSharma-hs8dv]

Bhai meri tarah aapka bhi bachpan mein sar phata hai 😎🤪

[@kashishyadav718]

Very impressive

[@shikhapandey7183]

Seriously jab apne kaha ye minus se minus udd gya mere hasi nahi ruki 😂😂😂😂😂

[@bhailogyt999]

Place upload next chapter bsc physics 1st semister

[@ertugrulghazi4884]

Love from Pakistan

[@mannuyadav8386]

Bhaiya, compound pendulum ke practical ke calculation पर एक वीडियो बना दीजिए।प्लीज 🙏

[@tanvirrezaaurpon3215]

Love from Bangladesh bro

[@dikshyashahi353]

Love you vaya

[@shrichandverma5372]

Thank you so much sir ❤️🙏

[@ftech9096]

Sir I need a topic:-
Two masses with two springs hanging vertically
Sir please I need this topic urgently please give me or provide any link related to it asap

[@sibanigogoi1458]

Thank you 😊

[@quasar6768]

Nice explanation overall but you could explain how value of omega comes out to be√k/m.

[@funmailo2258]

F=-ky
Ma=-ky
a=-ky/m
d2y/dt2=-ky/m---1
also y=asinwt
dy/dt=awcoswt
d2y/dt2=-aw^2sinwt=w^2y---2
equate 1 and 2

[@gv4565]

Give little bit time to your study rather than criticising .samjh me aaya.

[@gv4565]

Nice

[@studypoint6136]

👍👍

[@asadujjamanasif8383]

Do we find out the Time period ,if two mass m1 and m2 are suspended with a spring vertically?

[@tusharkaushish2035]

❤️❤️❤️❤️

[@ruchigamit1053]

Thank you sir

[@kritijain432]

Sir is system me energy conservation kaise lagega?

[@rupak9636]

F and mg are in opposite direction ...what we add those

[@vitaminprotien3322]

Op😄

[@Sudeepchapagainn]

Agar liquid me experiment kina to kya hoga

[@saketpathak2824]

Bhai ye sahi Hai Par Aap direct omega ko k/m nahi Likh Sakte Vo a=-omega2x se aata hai

[@Ak-xr3tx]

Kyu omega ko direct k/m nhi likh skte?

[@shaharbano2239]

Average value of applied force in mass spring system?

[@kostubhkhandelwal4665]

You forgot to add the term 'mg' in the net force equation for omega calculation...

[@himanksharma8086]

🤘😙😙😙😙😙

[@Sambhavbohara1]

❤️🇳🇵

[@WafaAijaz-y6f]

At the end frequency will be 1/2π√k/m . Sir you have put that wrong

[@UjjalKumarMandal-tz6yk]

Second concept wrong

[@raghvendrashukla4178]

Thank you sir