Magnetic Effect of Electric Current One Shot | Class 10th Science with Live Experiment by Ashu Sir

[@AsliTejas]

TIMESTAMPS 0:00 Intro 1:17 Start 2:48 Oersted Experiment 6:33 Experiment 8:31 Magnetic Field 12:05 Magnet & Its Poles 17:46 Magnetic Field Lines 26:12 Experiment 31:00 Conductors To Be Studies In This Chapter 31:04 1. Straight Wire 34:10 Right Hand Thumb Rule 41:04 2. Circular Loop 50:35 3. Distance From Loop 51:39 Question 55:20 Solenoid 1:02:48 Electromagnet 1:03:36 Diff B/W Permanent Magnet & Electromagnet 1:06:53 Experiment 1:08:20 Force On A Current Carrying Conductor 1:11:09 Flemngs Left Hand Rule 1:17:15 Domestic Circuit 1:28:35 Outro

[@nishadboy99]

Thanks

[@SachinschoolSachinschool]

Thanks bhai

[@ranjeetarathore7011]

Padhai kar padhai

[@KamabokoGonpachiro975]

Thanks buddy

[@Zaid2Rustam]

Thanks

[@bhargav.OG.]

I WANT KZbin TO INTRODUCE 2.5x , 2.75x and 3x 😅. Btw best explanation on KZbin really impressed with practicals and teaching 🤝🏻

[@harjassingh7758]

true 🤣🤣🤣

[@krishnasingh8723]

Premium me hai

[@Jinnie.31]

I am watching this video in 2x speed but still I can clearly understand the topics

[@arunimasingh279]

J

[@Kiddies_hindi_video]

😂

[@loluykq]

1:13:02 Thumb:Father ▪︎force (small) Fore finger:Mother ▪︎Magnetic field(medium) Middle finger:Child ▪︎Current(big) Thanks me later:)

[@blade3gamingyt798]

Thanks bhai

[@garima_12q]

Rakshak sir ka h ye toh

[@krishbarse3050]

All formula for all my friend❤ Magnetic effect is one of the two effects that a flowing electric charge contributes to. The other being the heating effect. A flow of electricity creates a magnetic field around the current carrying conductor by the virtue of this property, This is in accordance to Faraday's Law. The formulae for the same have been mentioned below: (1) Coulomb’s Law = (Q1×Q2)/(r×r)k ; where k= constant, Q1, Q2 are the charges on bodies 1 and 2. (2) Conduction current ( I ) = dQ/dt ; where Q= charge and t = time, dQ=charge on the body for very short interval of time dt (3) Constant current ( I ) = Q/t ; where Q= charge and t= time (4)Current density ( J ) = I/ A ; where I= current and A= area in square meter (5)Electric Power ( P ) = V/I ; where V= voltage and I= current (6)Conductance ( G ) = 1/ R ; where R = resistance of the body (7) Ohm’s Law = V= IR ; where V= voltage, I = current and R= resistance of the body (8) Series connection of resistors, Req =( R1+ R2 + R3 +….+ Rn) ; where R1, R2, R3 - Rn are the respective resistances of “n” number of bodies. (9)Parallel connection of resistors, Req = (1/R1 + 1/R2 + 1/R3 +…+ 1/Rn) ; where R1, R2, R3 - Rn are the respective resistances of “n” number of bodies. (10) Electric work done = U I t = UQ ; where U= potential energy , Q= charge, I = curent and t=time (11)Thermal emission = j = AT*T exp(-Wa/kT) (12) Force in electric field ( F) = E .Q ; where E= Electric Field and Q= Charge on body (13) Voltage in plate capacitor = V= Ed ; where E= Electric Field and d= distance vector (14) Energy of particle accelerated in an electric field ( E ) = QU (15) Effective current in AC circuit = I = Ieff/ ( 2 ) ^1/2 (16) Effective voltage in AC circuit = V = Veff / (2 )^ 1/2 (17) Ohm’s law in a.c. circuit , V= IZ ; where I = current, V= voltage and Z= impedance (18)Thomsons equation, w = (1/LC )^ (1/2) ; where L=inductance, W=Work Done and C = Capacitance. (19) B α ��ri​ ; where B= Strength of Magnetic Field, i=current passed through conductor and r=distance from conductor (20) B = (µI/2πr); where B= Strength of Magnetic Field, r= distance from conductor, I=current passed through conductor and µ= permeability of medium 🎉🎉🎉🎉🎉🎉🎉🎉 👇👇👇👇👇👇👇👇👇

[@shatadalchoudhury9399]

😢low on likes😢 i took a screenshot was very helpful

[@shatadalchoudhury9399]

But this aint in 10th:)

[@krishbarse3050]

@@shatadalchoudhury9399 Thanks for your support

[@sagnikroy3654]

Thanks Bhai

[@skygyt-krish]

thanks bro

[@itzallrounder]

2024 - 25 batch present here Bro itni jaldi serious ho gye padhai ke liye

[@JassiS-sc7hv]

Yes

[@shrirampal2761]

Ha bhai

[@hunnychhiller5076]

Ha Bhai abhi

[@RajeshVerma-rs9er]

tum 6 mahine peehle se hi padh rhe ho

[@rajni3699]

Ham to aj hue h tum to 6 mahine pahele ke hi ho gye 😅

[@HemangNityant]

1:13:02 Thumb:Father ▪︎force (small) Fore finger:Mother ▪︎Magnetic field(medium) Middle finger:Child ▪︎Current(big)

[@krishnakiran21]

42:40 In certain situations, for simplification purposes or when dealing with specific aspects of physics, you may approximate a small piece of a circular loop as a straight wire. This approximation is often made when the radius of the circular loop is very small compared to the distance over which you are making measurements or calculations. Consider a small segment of a circular loop. If the radius of this segment is much smaller than the distance over which you are analyzing the system, the curvature of the loop becomes less significant. In such cases, the segment may be approximated as a straight wire without introducing significant errors into the calculations. However, it's crucial to note that this approximation is context-dependent and may not be valid for all situations. In situations where the curvature of the loop is essential or when dealing with magnetic fields near the loop, for example, a more accurate representation of the circular loop may be necessary. Always be mindful of the assumptions and limitations associated with such approximations, and use them judiciously based on the specific requirements of your problem or analysis.

[@sanvigahlyan]

Bhai mehnat ha Teri itna likha thuna😅😂😢😅😂

[@kamrangaming1450]

Thanks bro

[@smartgamer2654]

Acha likha hain pr Samaj me nahi aaya

[@Aqib.Bashir17]

Itna khud likha hai kya

[@8f03abhyudayverma3]

Aree bas kar

[@ushachaturvedi1556]

Waah yrrr sir 🎉 kya padhaya aapne , matlab ab concept khud bol rahe hai ki mujhe dimag se kahi bhi nahi jana 😅😅

[@deadlyfleetgaming4510]

42:35 yes you can

[@Aama1807]

42:21 Yes, we can assume a very small part of the circular loop as a straight line 1:15:40 The direction of force will be downward

[@simpleunboxing9329]

42:40= true sir we can consider a small piece of circular loop as a straight wire

[@Madeforyoutube506]

Q why do magnetic field lines intersect to each other ? Answer:- if two magnetic field lines intersect at a point then at the point of intersection two tangents can be possible by which two directions of magnetic field lines can be possible which is not possible that's why two magnetic field lines do not intersect each other. 25:20

[@Beat_world_]

Ncert m 2 line m Diya h vo ratt lo

[@tirlochansingh4257]

😂at 27:21 sir said i can do this all day Remember captain America 😅

[@brainierglint5138]

24:50 If two magnet lines instersect at a point then at the point of intersections 2 tangents can possible and two direction can which is not possible

[@devvvv9]

MAGNETIC Field lines NEVER INTERSECT W EACH OTHER THEY ARE ALWAYS CLOSE CURVED

[@OGGYGAMINGs]

1:15:49 Direction of current - Downward

[@atharvplayz7729]

current?

[@puneetmaheshwal7563]

​@@atharvplayz7729force 😂😂😂

[@GW_Anant]

@@puneetmaheshwal7563 not force magnetic field i.e (B vector)

[@barknation5764]

Force bhai mere😂

[@shefalimalik513]

1:16:16 it would be outward

[@StudyWithBuddy-hl5os]

"WOW" sir you explain this chapter nicely and easily😊. "THANK YOU SIR"❤

[@Sanchita-cg6dz]

Really it was so simple with him 😊

[@Devanshrai02]

42:33 Yes sir we can consider a very small part of a circular loop as straight lines.

[@samarthburghate2008]

False

[@ÂĎŁÔFHÏŢŁƏŘ]

1:10:15 door 🔔 bell ring because bell is made up of metal

[@MINDRELAXLOFY]

42:32 Yes, we can assume a very small part of circular loop as a straight wire

[@Naitikyadav-17]

42:35 TRUE SIR....A small arc of a circle can be supposed to be a straight line....

[@blrfiregamers]

I hope everyone get 95% in their board exam 😊❤❤

[@indigamerzz]

Sure

[@ushasahay3695]

1:15:40 upward

[@stoicR]

Bhai hogya kya ? Darr lgrha h 🥶🥶

[@Palak_Mehta_2103]

0:00 Introduction 2:51 discovery , starting 6:42 experiment ❤❤❤

[@NeerajKumar-c8l4v]

❤❤

[@huntgamingyt999]

Aisai to mai bahut sakth admi hu per apko daik kai mai pighal gya🤭😂😅

[@knowledgeworld8535]

Hello

[@sarika8501]

time 42:23 Ans- yes sir we can consider a small part of a circular loop as a straight wire

[@sarthaksemwal4158]

1:08:17 dimag ki ghanti baj gayi

[@kakarot263]

42:27 Yes sir,we can consider that small part of circular wire/loop as a straight conductor 1:15:57 Force's direction is downwards

[@thekingofgaming4851]

Next topper ke ho yha kya kr rhe ho bhai (vese me bhi next ka hu😂)

[@tanishamehar1222]

42.30 true .. we can consider a very small part of cricular loop as a straight line ..

[@RESIS_12]

But why

[@huntgamingyt999]

You dp attract me like a magnet😅

[@tanishamehar1222]

@@huntgamingyt999 asa kya h meri dp pr 😂

[@huntgamingyt999]

Ek cute se pari...

[@nikeetutorialclass8th464]

1:16:19 Force dixn= downward ⬇️ ( Magnetic field= 👈🏻 I = 🫵🏻)

[@princekumarkavlogs6376]

current kya hai

[@mdmajaharalam]

Sir you cleard the concepts very well ❤

[@AVWING4157]

Bro big fannnnnnn🎉🎉 ❤❤

[@Saurabhpal35]

Sir apki class Mere liye helpfull hai and I am waiting for this chapter.thankyou sir 🙏🙏🙏

[@thenitrogamersyz3112]

1:12:39 Thumb=Force(F), index finger=mg field(B), middle finger= Ecurrent(i) we can say FBI

[@Abhijee-i1h]

Lakshya

[@rakshaksaini08]

Fleming's left hand rule = thumb(father F) ,fore fingure(mother M), middle fingure(child C)

[@Class10thAspirant-ok4ek]

@AarushiGupta-00 KOP bol

[@LUCKY_MAAN]

50:37 1-current 2-radius of loop. 3-Distance from loop.

[@exotic_.shreyaaa]

1:16:04 The direction of force is downwards

[@exotic_.shreyaaa]

@@Abbannnn Helloo?

[@rishu_says.15]

Sir i just watched your class 10th physics chapter magnetic effect of electric current which you uploaded 10 months ago and now, I'm here to clear my concepts and make my preparations more good.

[@कुंदनकृष्ण]

42:30 yes we can consider a small part of circular loop as a straight conductor

[@navyachaydhary4]

42:39 yes we can concidered

[@jitendrasushir185]

42:33 yes,We can consider the small part of circle as a straight line.

[@shravani11]

Loved the class in one shot also everything was explained in detail ❤

[@PopularArts]

😂😂😂

[@mayankwadaskar4261]

Sir, for Fleming's left-hand rule We can understand it by term FBI F for thumb, which indicates force B for index finger, which indicates magnetic field And I for middle finger which indicates the current

[@soveersingh6862]

👍

[@seemarawat2923]

FBI Open Up😬

[@priti4688]

43:13 Sir, is the gap between two concentric circles fixed? Or is there any fixed difference between the concentric circles!?

[@KWITHNOCONTENT]

1:08:16 sir aapke ghar kon aaya hai 😂? VERY NICE LECTURE TY SIR 👌

[@utkarsh-z9n]

Sir no one can teach as good as u❤️

[@wierdoooo7476]

3 baar ncert se padhliya school tution sab me pada samjh aaj pehli baar aaya ye chapter😂💜💜

[@gurdevsingh9010]

Phele baar dhang sa padha hai😂😂😂

[@sagnikroy3654]

42:40 yes sir we can consider a small piece of circular loop as a straight wire

[@Youtuber.com....12s]

Yeah we can consider the straight wire

[@ArnavSharma-op9cj]

42:45 yes sir 🫶

[@adityarathore226]

Kyu explain it

[@Akash-l1q3x]

1:8:17 mai to video pause krke gate kholne chala gya tha😂

[@F0cuzedk1d]

Kya baat krrah 😮

[@TejasVerma-vb3wi]

😂😂😂😂

[@ShailaTareen]

Amazing session ! Sir you have gone into depth which I loved however there is one topic which has not been covered 'Earth's magnetism ' Though it is of previous classes.

[@godofmovies6533]

Sir literally itna easy way main kon padhta hai sir , matlab pura chapter aise samajh Aya ki kya batau sir thanks 😊

[@ILY20001]

1:29:11 felt a relief

[@PrachiChauhan-mk3fe]

Sry prashanth bhaiya pheli baar apka na smj aakr aashu sir ka smj aaya😅❤

[@kanaknandani6572]

Yes we can consider a small part of circular loop as straight line

[@ShalinAryan]

Thank you sir for this beautiful one shot . 🥰🥰🥰 one small request please make a video on the deleted portion also.

[@anjumanojtripathi1483]

Thank you so much sir for such an amazing explanation! 🌸✨

[@AC-ig4cx]

Watching this video one day before board exam

[@PriyankaSingh-ec2bt]

Best wishes ultra legend for 2 March...

[@SiddhuKumar-z1m]

😂

[@aakarshsaini5568]

Hh​@@SiddhuKumar-z1m

[@moviecinema1981]

Sir I had a great experience while studying through your one shots with experiment I loved it thank you so much for being there

[@RutikReddy]

42:36 yes we can consider

[@Vipul_EditzO2]

Thanks Sir Pura Chapter Crystal clear ho Gya ❤❤

[@Billionairethoughts9]

This lecture clear my all doubts we need more teacher like you thank you sir for such a great teacher😊😊

[@PoonamSharma-eo6dn]

"'Dil aur Dimag se padhate" hai is starting of my study 🙃

[@SUYAShMishra0051]

Sir carbon & compound kab aayega😢

[@BhardwajRituraj]

Sir, HOW RESISTANCE BECOMES ZERO WHEN LIVE WIRE COMES IN CONTACT WITH NEUTRAL WIRE????

[@animekotayt451]

Because read more...

[@Rishabhsingh192]

Because the rate of current will increase And current is inversely proported to resistance

[@KavyaSharma-h1w]

1:59:59 Force would be downward

[@ALOUKIKDEEPXA]

THANKU SIR FOR THIS ONE SHOT AND I LOVE YOUR ONE SHOTS WHICH HELP ME IN MY EXAMS......................❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤

[@RambhaktHanuman-dm5my]

For our Ashu sir give 2k likes

[@iramqadir]

I watched all the chapters of physics ❤❤❤❤❤ All doubts clear ❤❤❤❤❤ I am so happy My exams start from 11 March jkBose Kashmir❤❤❤❤❤

[@why4esh]

It's 11:40 pm rn, my head is spinning but I need to study for 2 hours more and then sleep for 3 hours cause we have a test of this chapter tomorrow. I'm too thankful for this video, so easy to understand everything that too quickly. Thank you so much, my respect for KZbin teachers keeps on increasing. 🙏🏼

[@Akblankff345]

Yes sir circular loop consists of very small pieces of straight wire 😊😊

[@VikasKumar-yz9lo]

Ok beta

[@adityafake1380]

Can magnetic force can be experienced between gaps of magnetic field lines ? If yes, then why does iron fillings not arrange themselves in that gaps

[@SanjaySharma-x6e]

actually, magnetic field lines are present at every point, so there is no gap between the magnetic field lines. since the size of the iron filling is much greater than a point it gets attracted at one point but at the same time it occupies the space of other points too. in-short, because of the shape of fillings there are gaps created between them.

[@Rim-cg2ue]

Very calmly and maturely explained, no chikhna chilanna like some over excited teachers Thankyou sir helped alot♡ਊ⁠

[@OLD_LEGEND69]

Facts 💀

[@aptitudy3927]

01:16:00 Downward(South)

[@Kitty575-r]

Finally ye chapter complete ho gaya ☺️🥳🎉

[@RashiBhati]

Bhot ghatiya hai lekin

[@sanvigahlyan]

The one shot was very good I loved it Thank you sir 😊

[@NehaPonia-kp3ze]

Sir you are the best teacher all over the world 🌍🌍🌍🌍💗💗💗💗💗

[@nishasharma72695]

Thanks for clearing all my doubts and from at least last 2 months ago I started studying from you .. And you are the best teacher.... Thanks sir

[@himanshukumar-l3x8f]

I never saw this type of teacher .❤you are amazing sir.yor are improving your content day by day .i think you are the best teacher .❤❤😊❤❤

[@HarshulGoel-i456i]

Bhai kaun kaun ye diwali ke time pe dekh raha hai

[@Awana_Free_Fire]

Exam se 2 din pehle wale like karo

[@gurdevsingh9010]

Kyu life mai bas like hi important hai noob😂😂😂

[@deadlyfleetgaming4510]

1:15:52 force is downward

[@Mr.Siruminati]

Waiting................

[@yogeshkumarmeena8078]

1:08:17 gate par kon aaya hoga???🤔🤔🤔...........................😂😂😂😂😂😂😂😂😂

[@Raistar-god444]

Ha bell baji thi😂😂🤣😁😆🤣

[@samairamalhotra8778]

its my first time watching ur video..the concept clarity is great..thank u so much!! also, we r doing the out of syllabus topics for this chapter in our school...it would be great if u made a video

[@FFTipsAndTricks1]

First comment sir

[@poojasinghchouhan8284]

No arrogance in Ashu sir's lecture So Decent

[@sonamshukla6363]

Thank you so much sir for this amazing video 😊😊

[@Nikaman776]

nemonic to remember flemings left hand rule ; father mother child . father shows force , mother shows magnetic field and child shows current

[@Anam-jf3nm]

1:15:53 force direction in 4 case is inward with respect to board😊

[@Rashiiisharma]

It's downwards

[@arunkirar3770]

every thing is clear after i watch this one shot thankyou sir

[@tinavaswani3685]

37:32 the direction of circle will be from down to up

[@poonam9774]

24:29 Down to earth ❤

[@thecrickchamps7953]

Yaar meri comment bhi viral kardo 😂😂

[@X-Factorr]

42:40 Yes

[@zainabsiddique.40]

42:35 yes we can say that the small part of the circularloop can be a straight wire 1:16:15 force will be downward

[@somnathsomnath8320]

King of explanation ❤

[@auragaming239]

42:28 yesss 😊

[@bababunnygamer4966]

Kal kiska kiska exam hai 😮

[@Prince_Malvi-0001]

Mera

[@monasingh6128]

🎉

[@poonambarnwal9042]

Arre Bhai 2 ghante baad exam hii 😅

[@progamer-dz9fl]

G​@@poonambarnwal9042

[@MoTahir-mg1qt]

Mera

[@cricketwithshashank5118]

Thank you so much 🙏😊 , my all concepts clear after watching this one shot .

[@Shashi-bb8uh]

Yes sir you considered a straight wire of small part of circular path 42:33

[@ajitkumarsrivastava9454]

Thank you ashu sir and your team for giving us wonderful one shot and experiments thanku sir this one shot is very good 👍🙏🙏