Value of ''g'' by Mass Spring system/ How to find g by Helical mass spring system

[@Coolgirl5379]

Tomorrow is physics practical and thanku so much for this helpful video ❤

[@aliraza1545jutt]

Also me

[@TechnicalBanday]

Sir very thanks again, its really helpful for all the physics students....

[@TechnicalBanday]

@Rabisha is se koi faraq nahi parta aap koi sa b likh lakin behtar yehi ha k first year pe first year ka or 2nd year pe 2nd year ka roll no likhe, waise examiner aam tor pe itna check hi nahi krte woh bas copy ko dekhte ha...

[@TechnicalBanday]

@Rabisha I am a computer guy, you better to contact with Prof. Adnan Sb for this....

[@nidaramzan5768]

Hmara presentation topic ha Thank u so much God bless you

[@PhysicsAsaan]

Ameen.. Wish you have esteem presentation n success

[@amaanrehman277]

Very helpful very well explained

[@Uafianvlogs]

I think this the best plateform for beigners ...as well as professionals .

[@PhysicsAsaan]

Thanks for such precious comments

[@syedshahrukhhashmihashmi543]

Very beautiful work I appreciate u

[@apnews14]

Thank you very much sir your method of teaching is very good

[@aizazahmedahmed8955]

your videos are so good keep it up for the benefit of students

[@PhysicsAsaan]

Thanks... More vids have been launched on Core sylbs... Watch n share..

[@devbratpaliwal1040]

thank you sir please make vedio on mirror and lense practical

[@bakhtawartahir501]

Thankyou sir. It was really helpful

[@maltafhussain2524]

Sir initial unloaded reading ko 0 k bjay 3.1 sy start kr skty hain ?

[@PhysicsAsaan]

M Altaf Hussain 3.1 se start krny se hanger ky load ki waja se spring me jo extension produce ho ri ha, wo phir count ni ho gi.. Which must be considered..

[@rintubharali1253]

Allah apko maddad kare.

[@PhysicsAsaan]

Ameen Thanks...

[@DramaGala78]

Sir, you are a great teacher

[@hassnainabas7125]

Thanks sir Allah bless u

[@Desicaptures-minivloge]

Sir aap ne hanger ki extension 3.1 nikal li thi phir hanger ke 50 gram ko weight mein add q kia

[@RK-xv6wg]

Sir please ye wala experiment ka vedio dal determination of acceleration due to gravity by using a spring

[@PhysicsAsaan]

Yehi ha

[@turgutalp4698]

Thank you so much! It actually is "Physics asaan" 😂

[@Vinay-Pratap]

Very nicely explained sir.🙏

[@PhysicsAsaan]

Thanks dear

[@muhammadrazaansari3344]

sir please answer ........................sir agar apraratus na dia gaye board me or um apney se reading le lein to hamey kesey pata chaly ga k hamara answer correct hai or nahi ??

[@PhysicsAsaan]

Then U must learn the readings

[@Hamzasheikh7411]

ASSALAMUALAIKUM SIR G Suppppppppperb

[@qasimshah1113]

Why move the scale? Why not subtract the next reading from the previous one to calculate the extension?

[@PhysicsAsaan]

Simple. Bcz its practical.. Not just calculations..

[@nidaramzan5768]

Kya mass spring system and helical spring same hain ????? Mean k agr experiment ha k to find accelration due to gravity by mass spring system to jo ap ny experiment present kia ye thek ha is k liye???

[@nidaramzan5768]

Sir gPlease reply

[@PhysicsAsaan]

Yes both are same

[@nidaramzan5768]

@@PhysicsAsaan ok Thanks

[@sohailzesper4945]

Thanks sir

[@PhysicsAsaan]

Wish u best Dear..

[@aqsasultan2190]

Good

[@zainabirfanzi3298]

Sir original value ka kaisy pata chalta hai?

[@ChildZone2263]

Aslamoalikom sir ap ke videos bhot achi hoti he lakin saaff nhi hoti bray mehar bani is par tojaaa ke jayy

[@AliHamza-ib7gb]

sir g light wala b krwa dein 9 ko practical h time ni h gg plz or baqi b

[@PhysicsAsaan]

Ok

[@PhysicsAsaan]

Ur board?

[@bhargabbiswas1134]

How the value of g comes 1123 and 793 in case of wt 200 gm and 250 gm respectively....? My calculator shows those values 1006 and 1016 respectively.... 🤔

[@PhysicsAsaan]

Rightly said... Both cases are devided by t instead of t square by mistake... Ur effort n deep interest appreciated..

[@bhargabbiswas1134]

@@PhysicsAsaan but according to the law, g=4π2 × (x divided by T*2) so, u must divided by T*2 not by T only

[@PhysicsAsaan]

I said its by mistake... Will b corrected soon

[@bhargabbiswas1134]

@@PhysicsAsaan ok.... However, thank you for such video..... One can easily understand this practical through this video.... Thank you once again... Keep it up 😘

[@PhysicsAsaan]

@@bhargabbiswas1134 Thanks... Dear Bhargab... If u found it usefull.. Then share it to all ur contacts n social media.

[@wasaymunir9076]

👍👍

[@muskansain876]

Thanku sir

[@Phantomfiles495]

❤❤❤❤

[@aaronpats6605]

What are the materials that he used?

[@PhysicsAsaan]

Material of which...?

[@aaronpats6605]

@@PhysicsAsaan all materials timer spring weight of masses etc.

[@PhysicsAsaan]

stainless steel, or chrome silicon are some common materials used in the construction of these spring. Weights are of Nickel alloy... Stop watch is electronic... U can check locally...

[@aaronpats6605]

@@PhysicsAsaan thanks but i found it already Spring timer ruler set of masses weignt holders base and support rod right? Did i miss something?

[@PhysicsAsaan]

U should ask about apperatus... Not the materials... As its not chemistry..

[@gideonwilly886]

can i get a full English translation of this video

[@aliraza1545jutt]

❤😂🎉

[@MuhammadAkram-vg2wc]

Sir g ap ki is video ma 2 mistake ha 1 ap na ( t¹ +t² ÷20)ni kaya or Last ma 4 π²(9.4 ÷t²)ni kaya orsir g ap na is ma π ki value use ni ki,,,,,,,,,,,, mistake naklna ka laya sorry sir

[@nimramehreen-si9ew]

💜

[@yiyichampion502]

is it posdible to speak only in english

[@nidaramzan5768]

I m 😕

[@aizazahmedahmed8955]

sir ma auzaz jahangir 243308

[@sononatore2173]

Sir g nmbr la dio

[@ArtisticJangra]

Gazab