Difference between oscillation and vibration | Physics

[@AzizUrrahman-xe5re]

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You are really one of the best KZbin teacher ever.

[@jithendrayerramsetti9488]

Perfectly explained. Thank You

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Welcome...!!! 🙏🙏🙏🙏

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This video cleared all my doubts 👍🏻👍🏻👍🏻👍🏻👍🏻

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Sir Najam ,,,our best lecture at KZbin,,,Thank you sir

[@ananya5696]

Thanku so much ur explanation is excellent God bless you ....

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The way you explain is very nice........ I can understand every topic!

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Hat's off for your teaching Sir ...

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I am noticing that your channel has grown almost 4 to 5k within 15 or 20 days keep on 🙂

[@jaidev160]

So conceptual lecture ❤

[@HEllO-yx8zv]

👏 Thanks sir ☺️

[@SINCE2000YT]

Fantastic explanation sir

[@syedazainab7054]

any one here who can eat 5 apples in one second

[@HOMEBOIHAROLDKAMPA]

😂

[@ChanduBhaigaming-c2w]

Orri ni kutha dhenga manshiva mana mrugani vara nuvvu 😂😂

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Thank you so much Supreb lecture

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[@NAJAMACADEMY]

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[@shachisomya4270]

@@NAJAMACADEMY thanks sir only becz of your way of teaching all students are going to stood first in examination

[@shachisomya4270]

@@NAJAMACADEMY loving you from Bihar

[@Nigam-]

Hii

[@Nigam-]

I am from bihar

[@raziajaan2564]

Thankyou sir for clearing my doubt ...

[@FalakSoomro]

Amazing Explanation

[@NAJAMACADEMY]

Thank you so much...!!!

[@kandels3195]

I heard someone say "you can feel vibration" (-> sound, touch,etc.)

[@sajadbabaie5303]

very useful thank you

[@mehmoodhassan5591]

Thank you sooo much sir i will never forget your lecture i will always remember you

[@태현-x8h]

thank U !! Great explanation for beginners 👍I could clearly understand and now I can do my assignment well 🥹

[@elvinnziko440]

Thanks this was very helpful

[@gelilaasefa2773]

Thank you very much sir!!!

[@riyatyagi1577]

Thank you 🙂🙂

[@adityasharmaBanarasi]

Thank you so much ❤️❤️

[@hafsaelfedyly4301]

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[@Pammisingh1234]

pagal

[@AMLennon]

What is the range value of frequency that differentiate it from vibratory motion?

[@fyrefox01]

Little late but - OSCILLATION = measured in HERTZ VIBRATION = measured in KILOHERTZ

[@AMLennon]

@@fyrefox01 Thanks

[@jorikdoji1678]

Thank you

[@gudimallamjothivinodhkumar2394]

Oscillatory motion has low frequency then what is the threshold value of frequency that differentiate from vibratory motion

[@AMLennon]

I was about to ask this question.

[@fyrefox01]

OSCILLATION = measured in HERTZ VIBRATION = measured in KILOHERTZ

[@priyakarmokar4619]

Thank you for solving my conceptual problems..👍👍

[@shagun483]

Just finding the explaination and got a very good one !🙂

[@weera5158]

Sir kindly repeat this point.. last points jo h k pendulam have low frequency while gitar has high....how that....and also there is confusion in difrernce between oscilation and vibration.......your method is excellent but i can not unferstand

[@chetnachaudhary2262]

Sir you are awesome ❤️❤️

[@shobanamurugan1590]

I thank you so much sir 🙏 But I have a doubt. I tried observing my mobile while it's vibrating but I don't see any to and fro motion 😕

[@jayaroy499]

Sir, which app have u used for this perfect drawings??

[@kundansinghrawat1729]

👍

[@abuhurerarohani354]

Thnks sir god bless u

[@Motivator573]

Thanks sir g🎉🎉❤❤❤

[@Eli-phoenix]

Much appreciated

[@thakurdaas8181]

Amazing sir ❣️

[@skandashourya2587]

Thank u

[@DragonSageKaimus]

Is it correct to say above 60Hz becomes vibration?

[@bonafide154]

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[@kingkeezy497]

So if i understand correctly 30 oscillation is the same as 30 vibration, if it is like that how can something that is low frequency be as fast as something with High frequency

[@susmitadeb1478]

WHO SAID 30 [OSCILLATIONS AND VIBRATIONS ] ARE SAME

[@virusdkhar1316]

In vibration, only a part vibrates or move to and fro and the other parts(ends) remains fixed

[@fyrefox01]

OSCILLATION = measured in HERTZ VIBRATION = measured in KILOHERTZ

[@roastingjalay3228]

Really appreciate you ❤️

[@Pammisingh1234]

good

[@minecrafter8465]

Very nice

[@erllimbaga1080]

thnak you so much. for this video. I learned so many things

[@physicsfarooq7280]

Sir your teaching methodology is so attractive plz keep it

[@astitvasri]

Explained very easily 😇😇

[@sabirkhanbadhar7095]

thanks Sir, it was comprehensive..

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Thank you so much...

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@@NAJAMACADEMY Its my pleasure...!

[@kuda_karkat]

Love you sir

[@seditt5146]

The Frequency has absolutely Nothing to do with it being considered a vibration or oscillation. Oscillation can happen in polyphasic modes meaning the wave can trigger cancelation of any net movement. Vibrations on the other hand are caused by all the particles motions being in phase with each other. Consider the difference between a flashlight and that of a laser. The flashlight is a mixture of many frequencies all out of phase and due to this its overall power gets canceled by wave interference. Lasers on the other hand contain a single frequency all in phase with each other allowing much more powerful reaction to happen when it hits atoms. This also happens with sound and vibrations. Consider a bunch of people in a room all stomping their feet all 1 time a second however they all start at various times so despite them all having a 1Hz frequency there is little chance of the floor vibrating and the pressure waves from their feet are not felt as they pass by at the speed of sound. Now on the other hand consider the effect of everyone all being in phase and hundreds of people all stomping their feet in perfect timing. If you do such a thing at the rooms natural resonance frequency it can shake literally the entire building. Something that would not happen regardless of frequency if people all stomped at random times during the 1 second intervals. Hope this helps someone because it is an important concept to learn and understand when it comes to vibrational and acoustic physics.

[@seditt5146]

@nananininour idk how much i can help as I can't say I feel as though I fully understand all but I suppose knowledge it relative. I guess give me a rundown of where you are at and I can see what I can do to help. What do you understand about the topic so far?

[@rohan1173]

Superbbbbb❤️

[@simplification_25]

Excuse me, can I ask you one question? If you don't mind!

[@NAJAMACADEMY]

Yes, why not!!! 🙌🙌❤❤❤

[@simplification_25]

@UC_ltCdLVMRZ7r3IPzF2Toyg I think am disturbing you, I asked you this question just in curiousity, BTw, I love 💕 your teaching method . I always watch your videos.it was really amazing.

[@simplification_25]

@@NAJAMACADEMY ok

[@simplification_25]

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[@simplification_25]

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Thank you ❤🙏🏾

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God bless you and your whole family!!! 🙏🙏🙏🙏

[@Rockav_edits]

john is literally caseoh

[@hammi844]

I am worrying that the difference that you told between vibrations and oscillations is not true. If u r setting limit of frequency amoung them then tell the boundary that how high will be called vibrations??

[@satechknowledge2303]

High and low are relative terms and it may possible that even 2Hz is very greater (for example: in comparison with 0.1 Hz) So, it is still unclear

[@mehmoodhassan5591]

Work on your brain bro

[@satechknowledge2303]

@@mehmoodhassan5591 working bro😊

[@AmanSingh-pi1lx]

@@satechknowledge2303 did it work or still not working

[@satechknowledge2303]

@@AmanSingh-pi1lx quote any authentic reference from any book

[@AmanSingh-pi1lx]

@@satechknowledge2303 and as for your "authentic reference" for high - great, or greater than normal, in quantity, size, or intensity. that would be for the individual term but comparing two quantities has limited results one quantity maybe higher than the other or the same or lower so i ask again has your brain started working cause you just compared 2 clearly different quantity 2hz and 0.1 hz and your brain is unable to tell the which of these two has higher frequency

[@yacinanharo3580]

what about the d's in the oscillation example at 6:30

[@rifakasim4023]

🙏thanks a lot

[@ferojuddin5248]

Great sir

[@Pammisingh1234]

wow what a explanation i like these explanation thank you for these video can you make a new video on habitat i understand these video clearly thank you again

[@fyrefox01]

Missing point OSCILLATION = measured in HERTZ VIBRATION = measured in KILOHERTZ

[@chongymeister14]

What is it called when something oscillates wildly?

[@Algoframe]

Wonderful

[@BibekKoiralaa]

Great video

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[@janhavi8217]

.@Najam Academy Thank you for such an amazing compressive video 🙏🙏. It helps me a lot 😊😊

[@kennethw1545]

I feel this expansion is lacking which may indicate my own inability to comprehend. It seems the two terms o and v are relative to one another...

[@lalirpillai9373]

soo good

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Thank you so much...!!!

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@@NAJAMACADEMY you explain it so clearly and every details are understood

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[@LOVESPACEVISUALS]

Thank you, it was very helpful

[@ashishsimon6294]

Great explanation Thankyou

[@jazvir1]

Thanks

[@hebenroy6062]

nice

[@dewdrops8942]

Can u plz tell me . Then ,Why we write the definition of frequency as the ( number of oscillation per second ) why not the number of vibrations per second .plz explain it.

[@NAJAMACADEMY]

Well, it depends on situations... For instance, we define the frequencu of any Guitar as "Vibrations per second", because the "To and Fro Motion" of Guitar is high. While we define the frequency of the Pendulum as "Oscillations per second", because the "To and Fro Motion of the Pendulum is low. Hope, you understand it.... Thanks....

[@dewdrops8942]

Thanks

[@NAJAMACADEMY]

Your welcome...!!! Are you from Pakistan???

[@dewdrops8942]

No . but why?

[@barycoolspot4409]

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[@stellar_D-75]

how jhon can eat five apples in one second, it is impossible

[@GloriaEkanem-zw2ui]

Likes so much🙏

[@saqibansari6666]

pply external force on pendulum very high so the pendulum moves fast so,what it would be say VIBRATION OR OSCILLATION PKLZZ TELL ME

[@Shayxol.]

Evry time the sentence ends he stretches the word😂

[@yogeshsaini9659]

But simple pendulum have vibratory motion

[@sukhjitkaur9435]

Nice explanation 🤗

[@nidhigangwar2397]

Best ans amazing

[@NAJAMACADEMY]

Thank you so much!!! 🙏🙏🙏🙏

[@gulfamkhalil4195]

thank you soo much it was really helpful...

[@edwinjames8777]

Tq sir

[@islamicvoice303]

good

[@EverestPhysics]

Thank for video, but i have a question : What is the value of the frequency of the back and forth motion to consider that the motion is "vibratory motion". For example in a vertical pendulum (block connected to vertical spring) if the frequency is 20 Hz is it vibration or oscillation ?

[@OldSchoolNoe]

Nice!

[@ipuolejanetogbonya4963]

thank you sir God bless

[@chandraparri9921]

John

[@joecomputers2740]

trying to figure out how hot octopuss oscillates instead of vibrating

[@Cdtayush]

Sir India wants to know that who the f can eat 5 apples in 1 second 🙂

[@tiruveediveeraraghavulu4447]

Sir light rays are vibration or osclillation???

[@bijaypradhan661]

It's more helpful happen when it made in Hindi language bro.....

[@obsidiansea]

John is a glutton and should not be declared the winner. 🍎🍎🍎 It's not a speed eating competition. 😭

[@ranaabdulmoeez5696]

Who is GARRISONIAN here

[@selim9220]

Usma eats 2 apple in once again

[@daniya.ansari007]

Sir agar aap Hindi me samjhaoge to achha samajh aayega

[@tanishakathir]

“eppls” 💀