Plotting Magnetic Field Lines GCSE Physics Required Practical

[@pnanditavalli4018]

U proved that education doesn't need any class or room. We learn from any where if we r interested.....👍

[@vt.physics]

Thanks for the kind message!

[@ramanareddy7007]

@@vt.physics good

[@farookshah7302]

UR right

[@saffiajavaid12]

Exactly

[@TheGreatVerlin]

You're right.

[@naodofficial.0126]

When people explain this on paper it’s so hard to understand however going on KZbin and watching less than 2 minutes of u just covered what I probably would not understand if there was no such thing as KZbin ! Thanks 🙏

[@zac980]

lol

[@im-bl8mp]

u made me understand what my teacher has been teaching me for a week in just 2 min! Nice video :D

[@faizk4220]

same here bro like physics teachers are so lazy and cant teach

[@silverbulllet1288]

@@faizk4220 yesp specially th indian ones ( im from india)

[@QUEENBEE-nh8ju]

Tomorrow is my paper of science but you told me so well and only in 2 mins and my teacher just tell this is a plotting compass and it is use to study a magnetic field!! Thank you so much ... God bless you

[@nidhimeda3899]

Amazing! Such a simple, neat and crisp presentation! Just loved it!!

[@bharath6115]

This video , even tho short , proved to be very very useful. Thanks!

[@sanchithnarasimha541]

man surely my textbook made it so complicated i got frustrated then i found ur video and BOOM my all doubts cleared thanks a lot

[@ramyamudiraj2810]

Thank you it's so much helpful to students to understand 🙂🙂🙂🙂

[@vt.physics]

Glad you've found it useful!

[@gardlesskaira8984]

you've explained a topic which takes up a week to learn in 1min, this is amazing

[@Aaryan-s7h]

tysm u did a much better job of explaining this than the 2 pgs of my text book did

[@JeonLaiba07]

Wao ye toh bohot asaan ha actually meri school teacher ne ye bohot mushkil bana kr samjhaya tha iss lye mujhy samajh bhi nhi aaya aur jb meri freind ne hi mera practical complete kya but now I know it's too much easy. Thanks for this video 🥰🥰😍💜

[@diyajames8020]

Thanks, for explaining it in the best way.

[@Richabhardwaj56201]

Very helpful 👍

[@SuryaPrakash-hn9vu]

Thank u so much. Ur video helped me after 1 year. The real is history is yours.Epic teaching😍😊😊

[@jishnukhanna2865]

Very good explanation- JISHNU KHANNA COMMENT AND SHARE👍👍👍👍👍

[@mm334]

I read this in my book and wanted to see how it is done, very cool

[@loganayakidivashankar7737]

Thank u I am preparing for my seminar by seeing ur video

[@vmkarthikn]

Nothing else to say other than "WoW"

[@frs535]

What an excellent video! Well done!

[@mynamesabdii4009]

i already know the bois from my class are here 👍😃

[@sachinpateria757]

you teach me very understanding than my teachers I love Your voice

[@Im_RP17]

Thank you so much. Just wow🥰🥰 So easy to understand.😘😘

[@anweshakundu9345]

This video was very helpful for me since I couldn't understand the theory...thanks a lot😊

[@e.m.priyankakumariekanayak2967]

I like your videoes thanks

[@daydreamzz0]

Thanks the video taught me what I didn't understand! Tysm

[@ManvviRJoshi147]

Loved it! I was never able to understand this activity but you finally made me understand what's the point of this activity 😁

[@yesiplaygames5986]

I appreciate the effort you put to improve my marks 💯 Thanks 😊

[@virattyagi7631]

Good demo... Loved it u helped me a lot... 🙏 In understanding magnetic fields lines

[@motivational-t1u]

Just 2 min teach full chapter it's just amazing!! ♥️

[@raunakkumar8826]

Thank you so much mam because of this video I have got 17 out of 20 in my Physics Practical exam 😌😌

[@vt.physics]

congrats!

[@durvapathak5891]

Loved it! Really really helpful!! thanks a lot🙏🙏

[@tanushreenayak6129]

I Just started learning about this in school, I have a doubt why are the field lines emerging from North to south and why not from South to north? Kindly explain , I will be grateful.

[@mm334]

They are directed from n to s outside the magnet and s to n inside the magnet thats just how it is

[@annetteyoung7722]

Yes! Thank you so VERY much. Extremely informative.

[@lxg_souravop2738]

Osm No words for your way of teaching 🙌🙌👍🏻

[@mahadahmed3510]

Ahhh! Finally found this vid

[@jyoshnanavyasisters9710]

So clear explanation thank you

[@robinGoyal-qi4mw]

Such a good and easy explanation It cleared all my confusions with their respective reasons only loved this video ❤❤❤

[@MrsRazi-ln6gb]

Thank you very much. This helped me alot 😊

[@mayshershartant0483]

Very infromative and compact ! Many thanks !

[@ratheeshvaikom9214]

Thanks VT Physics❤️

[@tedzone5544]

Awesome excellent video please keep making them

[@nutansharmavats4470]

It was really easy to understand this concept because of this video

[@vibhasinha6023]

Short but really an informative one!!

[@tariqidek]

THANKS ALOT AND SUBED :D

[@way2ml]

That is so cool. Excellent explanation. I love the video.

[@TEACHER.CLEOPHAS]

This is really wonderful. Keep it up!!!

[@kunshsabharwal8714]

wow this was so simple thanks

[@vt.physics]

Glad it helped!

[@sangeethanarayanan2661]

you made it so easier to learn ! thanks a lot for this 😊

[@mrkhalidhafeth5823]

excellent TUTORIAL. Thanks.

[@parafright7569]

Thank you so much for explaining so perfectly! :)

[@marianaeugenio123]

Consegui entender mesmo em inglês, ainda bem! Muito interessante, obrigada pelo conteúdo! Adorei!

[@ramanareddy7007]

Good video thanks you

[@annatyczynska7669]

Simple and great idea! Thanks!

[@gandikotakrishnapriya6238]

Please say if the lines are closed loop or not closed I mean if they form like an ⭕ in ovel shape or.... They doesn't meet!??? Please say this is the only doubt in this chapter🥺❣

[@vt.physics]

The field lines do not travel through the magnet so they are not closed loops. If you were looking at the magnetic fields of a solenoid, then it would be a closed loop as the field travels through the inside of the solenoid.

[@gandikotakrishnapriya6238]

Omg thank you so much I'll rock at tomorrow's exam ❤Luv

[@nidalal-sayed4019]

Very good but can we derive an equation that determine the shape of magnetic field?

[@vt.physics]

If you look up the magnetic flux equation, you'll find that it's related to magnetic field strength.

[@ayushchand9879]

Thank u soooo much .. needed this

[@ranawaleed5352]

Very helpful. Best Work

[@farookshah7302]

I appreciate ur teaching Thanks a lot

[@MANISHSHARMA-kw7vv]

Thanku sooooooo much I just need this trick ❤❤❤❤❤

[@oliverblomfield4932]

very good

[@vt.physics]

Thanks for watching!

[@dharmarajanramaiah2351]

Hi

[@oliverblomfield4932]

@@dharmarajanramaiah2351 hi

[@yusramunawar8238]

Studying a day before physics exam lmaooo thanks for this

[@vt.physics]

Hope the exam goes well!

[@yusramunawar8238]

@@vt.physics it did thank youuu 🥺

[@sanathoikh5611]

That's why I don't want to go to school😂😂

[@Roopartsandgames]

Very good Explanation

[@zahidansari5286]

Nice rxplaination of magnetic needle variation to m as gnetic bar

[@nanditaranjan2170]

Thank you.

[@artikaraj5718]

Properties of magnetic field lines: # Magnetic field lines have both direction and magnitude. #The direction of the magnetic field is indicated by the tangent drawn at any Point on the curve. #No two field line intersect each other. #The field lines comes from North and goes to South.

[@maudyygriseldaa]

this helps a lot, tysm

[@sharonsolana]

Cool video! Thank you!

[@_Amiraa]

I'm very lucky to watch this video 😍

[@Gamingedits00]

Hello I am Dewansh

[@djkujo007]

Very cool. Thank you!

[@jasminpanda8246]

Thanks a lot mam this is helpful

[@corrosiongod]

Now do this with a magnet the diameter of the sun. Then spin it at 99.9999% the speed of light. Then give it the mass of say 90,000,000 suns. Then add some matter falling towards it. Poof you just modeled a quasar. The flux lines spiral but never cross funneling matter from the poles at near the speed of light.

[@रघुचिब]

The best teacher , the best explanation thanks a lot mam where are you from

[@vt.physics]

I teach in the UK

[@रघुचिब]

@@vt.physics I am from India

[@vt.physics]

@@रघुचिब great to see that there's audience around the globe!

[@रघुचिब]

@@vt.physics yeah are u using Instagram

[@रघुचिब]

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[@Meharparween-jm6jp]

Waow..👌💕

[@jadk4010]

Thank you so much.

[@vidyagshettyvidyagshetty504]

Good👍👏👏

[@madhuyadav2995]

Good explanation,,What is the diameter of your compass?

[@vt.physics]

I think it's a couple cm

[@dhruveshsharma]

This helps alot

[@yadustarkillfreefire615]

👍👍👍👍👍👍

[@jacksonbodra6450]

Good morning Miss.... Miss, what if I put my compass 🧭 near South pole the magnet and then try to find direction. What will happen in this case ????

[@vt.physics]

The compass needle will point into the south pole of the magnet. Just imagine the compass needle to be a tiny magnet... the north pole of the needle will be attracted to the south pole of the magnet.

[@yaboyenderdragon5126]

Thx

[@AlbinotheLightning77]

who had to do this for their science homework? because i did

[@StarrySkies]

Beautiful thanks 👍🏻

[@Fourth4Element]

Are the magnetic field “lines” real ? Or imaginary like equatorial line

[@groovewithakanksha6348]

Thanks a lot dear ❤

[@ik3207]

one more day boys, ONE MORE DAY AND ITS DONE

[@umakantdixit2185]

This video given by ma'am

[@aartiverse]

i am from korea

[@Aryan-rw1li]

NICE!!!!!!

[@not_today_x]

Helpful.

[@rasilimaithili4527]

Thanks

[@aromacookingchannel7781]

Actually I have a question, the direction you pointed in isnt it wrong? I mean like magnetic field starts from the north and goes towards the south but you did it thr other way

[@vt.physics]

If you think of the compass needle as a tiny magnet, then you will understand that the north of the needle will be attracted to the south pole of the bar magnet.

[@anshjain1050]

For bar magnet line - north to south For earth magnetism line- south to north

[@archismandas7760]

Thank you❤️

[@gaytridevi994]

Thanks mam

[@vt.physics]

You're welcome!

[@ndatuan0705]

Team Việt Nam A10

[@kaushikchakraborty5075]

Thanks alot

[@RockstaristOnline]

Can you use something else for this

[@vt.physics]

You can also use iron filings. Sprinkle iron filings evenly around the magnet and it should produce a pattern of the fields.

[@mohamedhamed2708]

Thanks a lot

[@kakalichakraborty504]

Thank you🙏