00:00 - Introduction 05:03 - Topics to be covered 06:00 - Bar magnets 13:19 - Magnetic Field Lines 20:10 - Characteristics of Magnetic Field Lines 30:30 - Oersted experiment 33:52 - Permanent & temporary magnetism 36:50 - SNOW rule 39:35 - Maxwell’s right hand thumb rule 46:20 - Magnetic field by straight conductor 52:32 - Magnetic field by a circular loop 1:14:50 - Solenoid 1:30:35 - Applications of Solenoid 1:34:40 - Force on current carrying wire 1:43:15 - Fleming's Left Hand Rule 1:54:38 - Force on moving charge in external magnetic field 2:11:59 - Domestic Electric Circuit 2:22:42 - Earthing 2:26:03 - Overloading & Short circuiting 2:42:16 - Kicking wire experiment 2:49:14 - Thankyou bachhon
00:00 - Introduction 05:03 - Topics to be covered 06:00 - Bar magnets 13:19 - Magnetic Field Lines 20:10 - Characteristics of Magnetic Field Lines 30:30 - Oersted experiment 33:52 - Permanent & temporary magnetism 36:50 - SNOW rule 39:35 - Maxwell’s right hand thumb rule 46:20 - Magnetic field by straight conductor 52:32 - Magnetic field by a circular loop 1:14:50 - Solenoid 1:30:35 - Applications of Solenoid 1:34:40 - Force on current carrying wire 1:43:15 - Fleming's Left Hand Rule 1:54:38 - Force on moving charge in external magnetic field 2:11:59 - Domestic Electric Circuit 2:22:42 - Earthing 2:26:03 - Overloading & Short circuiting 2:42:16 - Kicking wire experiment 2:49:14 - Thankyou bachhon
Timestamps: 00:00 - Introduction 05:03 - Topics to be covered 06:00 - Bar magnets 13:19 - Magnetic Field Lines 20:10 - Characteristics of Magnetic Field Lines 30:30 - Oersted experiment 33:52 - Permanent & temporary magnetism 36:50 - SNOW rule 39:35 - Maxwell’s right hand thumb rule 46:20 - Magnetic field by straight conductor 52:32 - Magnetic field by a circular loop 1:14:50 - Solenoid 1:30:35 - Applications of Solenoid 1:34:40 - Force on current carrying wire 1:43:15 - Fleming's Left Hand Rule 1:54:38 - Force on moving charge in external magnetic field 2:11:59 - Domestic Electric Circuit 2:22:42 - Earthing 2:26:03 - Overloading & Short circuiting 2:42:16 - Kicking wire experiment 2:49:14 - Thankyou bachhon
Right now the exact time is 12 o'clock and I am watching this lecture and after 2-3 years when people will like this comment of mine then I will think what was that time when I used to stay awake all night and watch lectures n all 🥹
✨️✨️✨️ Timestamps: 00:00 - Introduction 05:03 - Topics to be covered 06:00 - Bar magnets 13:19 - Magnetic Field Lines 20:10 - Characteristics of Magnetic Field Lines 30:30 - Oersted experiment 33:52 - Permanent & temporary magnetism 36:50 - SNOW rule 39:35 - Maxwell’s right hand thumb rule 46:20 - Magnetic field by straight conductor 52:32 - Magnetic field by a circular loop 1:14:50 - Solenoid 1:30:35 - Applications of Solenoid 1:34:40 - Force on current carrying wire 1:43:15 - Fleming's Left Hand Rule 1:54:38 - Force on moving charge in external magnetic field 2:11:59 - Domestic Electric Circuit 2:22:42 - Earthing 2:26:03 - Overloading & Short circuiting 2:42:16 - Kicking wire experiment ✨️✨️✨️
@@roseuphoria Strength of magnetic field produced by a current carrying solenoid DOES NOT depend upon: (A) number of turns in the solenoid (B) direction of the current flowing through it (C) radius of solenoid (D) material of core of the solenoid
00:00 - Introduction 05:03 - Topics to be covered 06:00 - Bar magnets 13:19 - Magnetic Field Lines 20:10 - Characteristics of Magnetic Field Lines 30:30 - Oersted experiment 33:52 - Permanent & temporary magnetism 36:50 - SNOW rule 39:35 - Maxwell’s right hand thumb rule 46:20 - Magnetic field by straight conductor 52:32 - Magnetic field by a circular loop 1:14:50 - Solenoid 1:30:35 - Applications of Solenoid
Timestamps: 00:00 - Introduction 05:03 - Topics to be covered 06:00 - Bar magnets 13:19 - Magnetic Field Lines 20:10 - Characteristics of Magnetic Field Lines 30:30 - Oersted experiment 33:52 - Permanent & temporary magnetism 36:50 - SNOW rule 39:35 - Maxwell’s right hand thumb rule 46:20 - Magnetic field by straight conductor 52:32 - Magnetic field by a circular loop 1:14:50 - Solenoid 1:30:35 - Applications of Solenoid 1:34:40 - Force on current carrying wire 1:43:15 - Fleming's Left Hand Rule 1:54:38 - Force on moving charge in external magnetic field 2:11:59 - Domestic Electric Circuit 2:22:42 - Earthing 2:26:03 - Overloading & Short circuiting 2:42:16 - Kicking wire experiment 2:49:14 - bye bye
@@pw_Udaanian2025 Strength of magnetic field produced by a current carrying solenoid DOES NOT depend upon: (A) number of turns in the solenoid (B) direction of the current flowing through it (C) radius of solenoid (D) material of core of the solenoid
1:28:26Thankyou sir , This ❤ lecture helped me alot ..& i loved this chapter now...i was thinking it to be tough 🎉😂...but sir , bohot acha explain kia Aapne thanks sir thanks 🙏🏻👍🏻 thankyou too much Sir....❤u 2:49:15 ❤love you from 24-25 batch..,.. 2:49:29 Bye Sir....
@ i am actually , i am an average student , and didnt score much in pre bord 1 , like literally every time i get above 80% but this time just 60% and my father is really angry on me . although i am trying my best i hop i get better marks in pre bord 2 . btw are you a girl or boy
मस्ती किये पुरे साल भर,😥 नादानीयो में भुल बैठे 10th में है हम,😢😢 किया हमने पुरे साल भर मस्ती वाले काम,😐 छुट गई थी हमारी 95% लाने की आश,😑 और अब अंतिम समय में थामा केवल आपने हमारा हाथ,😁😄😃 ले कर आये Warrior हमारे लिये आप,😊😊 और अब आपसे पढ़ कर फोड़ कर आएगे हम बोर्ड का एग्ज़ाम ☺️🙂 ~aakanksha gupta Thank you to all teachers❤🔥🙏🏻🙏🏻🙏🏻
@@pratyush.3107 Strength of magnetic field produced by a current carrying solenoid DOES NOT depend upon: (A) number of turns in the solenoid (B) direction of the current flowing through it (C) radius of solenoid (D) material of core of the solenoid
mere school ke physic ke teacher ko dhange words pronounce karna nahi aata , phadna to chod he do , is chakkar me he school me har baccha us ko bhudda bolta hai 😂😂
@@vanditasingh1033 Strength of magnetic field produced by a current carrying solenoid DOES NOT depend upon: (A) number of turns in the solenoid (B) direction of the current flowing through it (C) radius of solenoid (D) material of core of the solenoid
@Darkk_96 Strength of magnetic field produced by a current carrying solenoid DOES NOT depend upon: (A) number of turns in the solenoid (B) direction of the current flowing through it (C) radius of solenoid (D) material of core of the solenoid
@@Priti-c7s Strength of magnetic field produced by a current carrying solenoid DOES NOT depend upon: (A) number of turns in the solenoid (B) direction of the current flowing through it (C) radius of solenoid (D) material of core of the solenoid
@@PcPc-vw2ib Strength of magnetic field produced by a current carrying solenoid DOES NOT depend upon: (A) number of turns in the solenoid (B) direction of the current flowing through it (C) radius of solenoid (D) material of core of the solenoid
I think that Mercury is a conductor of electricity and a poor conducter of heat. Also, we do not use any other metal because it is only metal that is liquid at room temperature.... Hope it helped...
HLOO JUNIORS... HOW IS THE JOSH............ JUST CAME HERE TO WATCH RAKSHAK SIR. I STILL REMEMBER MY TIME WHEN SANYAM SIR FOR MATHS RAKSHAK SIR FOR PHYSICS SAMRIDHI MA'AM FOR BIO SUNIL SIR FOR CHEMISTRY AND ASHIM SIR FOR SST USED TO BE WITH US WITH FULL SUPPORT........ BUT NOW NEW TEACHERS ARE THERE FOR U... HOPE ALL OF U R DOING GREAT ❤❤
All formulas of electricity and magnetic effects of electric current Electricity: 1. Ohm's Law: V = IR 2. Series Resistance: Rs = R1 + R2 + R3 + ... 3. Parallel Resistance: 1/Rp = 1/R1 + 1/R2 + 1/R3 + ... 4. Power: P = VI or P = I^2R or P = V^2/R 5. Electric Energy: E = P × t = VIt Magnetic Effects: 1. Force on Current-Carrying Conductor: F = BILsinθ 2. Magnetic Field (Straight Wire): B = μ₀I / 2πr 3. Magnetic Field (Circular Loop): B = μ₀NI / 2R 4. Solenoid Field: B = μ₀nI Ye Lo Bhaiyo
Sir very nice and enthusiastic lecture You are literally god of physics Hamari school wali teacher bhi aaphi se padhti h pr batati kisi ko nahi h KOP OP🎉😂 But I respect her also
@@dharmendersingh3351 Strength of magnetic field produced by a current carrying solenoid DOES NOT depend upon: (A) number of turns in the solenoid (B) direction of the current flowing through it (C) radius of solenoid (D) material of core of the solenoid
@@jaypiro273 Strength of magnetic field produced by a current carrying solenoid DOES NOT depend upon: (A) number of turns in the solenoid (B) direction of the current flowing through it (C) radius of solenoid (D) material of core of the solenoid
Kue k ya conveintial ha (prampra) ha k magnetic field ma 🧲 Hamasa magnetic lines north to south hoti hai Aur magnet k ander south to north i hope smg aa gya😊
@physics wallah In a current carrying circular loop suppose current is clockwise and we are seeing 2 places of wore one when current goes up and then 2nd when current goes down then will at both the points be same pole when viewed from the side current goes in?
![I.N "HALLUCINATION" | [Stray Kids : SKZ-PLAYER]](http://i.ytimg.com/vi/n5B5q1Hwt_U/mqdefault.jpg)
Download FREE PYQs: physicswallah.onelink.me/ZAZB/uazukzn8
📝 Notes: t.me/foundationwallah
Sir uddan me kicking wire experience nhi hua h😢
Please notes
notes ni mil raha hai
Notes send kar do
Thanks sir
"Feel ke bina to main physics pdhata hi nai "
~rakshak sir❤
Damn true😂🎉
Current ko feel Kiya
@pwmotivation-077 😂😂
or agr bio pdate toh😂😂
@@RehmanKhan-vu4hs 💀
00:00 - Introduction
05:03 - Topics to be covered
06:00 - Bar magnets
13:19 - Magnetic Field Lines
20:10 - Characteristics of Magnetic Field Lines
30:30 - Oersted experiment
33:52 - Permanent & temporary magnetism
36:50 - SNOW rule
39:35 - Maxwell’s right hand thumb rule
46:20 - Magnetic field by straight conductor
52:32 - Magnetic field by a circular loop
1:14:50 - Solenoid
1:30:35 - Applications of Solenoid
1:34:40 - Force on current carrying wire
1:43:15 - Fleming's Left Hand Rule
1:54:38 - Force on moving charge in external magnetic field
2:11:59 - Domestic Electric Circuit
2:22:42 - Earthing
2:26:03 - Overloading & Short circuiting
2:42:16 - Kicking wire experiment
2:49:14 - Thankyou bachhon
Bahut mahnat Kara yar tone 😅😅
@@ujjalshorts6539hai na aur pta nhi mehnat kara hi kyu😂😂😂
😂😂😂
00:00 - Introduction
05:03 - Topics to be covered
06:00 - Bar magnets
13:19 - Magnetic Field Lines
20:10 - Characteristics of Magnetic Field Lines
30:30 - Oersted experiment
33:52 - Permanent & temporary magnetism
36:50 - SNOW rule
39:35 - Maxwell’s right hand thumb rule
46:20 - Magnetic field by straight conductor
52:32 - Magnetic field by a circular loop
1:14:50 - Solenoid
1:30:35 - Applications of Solenoid
1:34:40 - Force on current carrying wire
1:43:15 - Fleming's Left Hand Rule
1:54:38 - Force on moving charge in external magnetic field
2:11:59 - Domestic Electric Circuit
2:22:42 - Earthing
2:26:03 - Overloading & Short circuiting
2:42:16 - Kicking wire experiment
2:49:14 - Thankyou bachhon
Vote for light chapter from basic 🤍to advance 💀-----------→
Bhai aab light hi start hoga
Bhai agla vhi hai 😂
Advanced 12 ma milega😂
Gurpal gamer
Bro 10 me kya advance h 12 ka padh basic hcv se mst h💪🗿
Vote for Light - Reflection and Refraction
👇🏻
Yes bro
easiest chapter bro
No bro
😂 @Mr 😂._Unknown__797 bhai 😂 ab 😂 toh 😂 lecture 😂 aa 😂 bhi 😂 chuka 😂 hai 😂 ab 😂 kya 😂 no 😂😂😂
Assertion: [Rakshak sir is god of physics ]
Reason: [He teaches best as well as clear concept with feel]❤
BOTH ASSERTION AND REASON ARE CORRECT AND REASON IS CORRECT EXPLAINATION OF ASSERTION
A
@@uniqueAfreen91236 (A) Both ASSERTION and REASON are true and REASON is correctly explains ASSERTION.
Option A is correct
BOTH ASSERTION AND REASON ARE CORRECT AND REASON IS THE CORRECT EXPLANATION OF ASSERTION ❤❤
Timestamps:
00:00 - Introduction
05:03 - Topics to be covered
06:00 - Bar magnets
13:19 - Magnetic Field Lines
20:10 - Characteristics of Magnetic Field Lines
30:30 - Oersted experiment
33:52 - Permanent & temporary magnetism
36:50 - SNOW rule
39:35 - Maxwell’s right hand thumb rule
46:20 - Magnetic field by straight conductor
52:32 - Magnetic field by a circular loop
1:14:50 - Solenoid
1:30:35 - Applications of Solenoid
1:34:40 - Force on current carrying wire
1:43:15 - Fleming's Left Hand Rule
1:54:38 - Force on moving charge in external magnetic field
2:11:59 - Domestic Electric Circuit
2:22:42 - Earthing
2:26:03 - Overloading & Short circuiting
2:42:16 - Kicking wire experiment
2:49:14 - Thankyou bachhon
NEXT CHAPTER, LIGHT REFLECTION AND REFRACTION
🔥🔥🔥🔥🔥
Ysss
Nooo
Mehnat Itni khamoshi se Karo ki safalta sor macha de. Thankyou sir
🔥🔥
congo aap dada ban gaye
Right bro😌
Ek saath mehnat kre 😂
@@Jatin-uf4bekuch kuch hota hai . Ruka nahi jata chahat hi aise hai 😅😅😂😂😅😂😅😂😅😂😅😂😂😅
Pw change your study ❌
Pw change your life ✅💗
Thanks for 1 m likes ❤
👍🏻
Please like her comment she is right ❤️
@@Soniyakanwar-dt8zg but she is you and you are promoting yourself 😕
?@@Sagar_3165 😂
Right now the exact time is 12 o'clock and I am watching this lecture and after 2-3 years when people will like this comment of mine then I will think what was that time when I used to stay awake all night and watch lectures n all 🥹
23 likes and no comments let me fix it 😂
@@Ujjwal__DB008 31 likes and 1 reply let me fix it 😂😂
No 35 likes now
I am at 2 pm
Future me firse milenge❤
✨️✨️✨️
Timestamps:
00:00 - Introduction
05:03 - Topics to be covered
06:00 - Bar magnets
13:19 - Magnetic Field Lines
20:10 - Characteristics of Magnetic Field Lines
30:30 - Oersted experiment
33:52 - Permanent & temporary magnetism
36:50 - SNOW rule
39:35 - Maxwell’s right hand thumb rule
46:20 - Magnetic field by straight conductor
52:32 - Magnetic field by a circular loop
1:14:50 - Solenoid
1:30:35 - Applications of Solenoid
1:34:40 - Force on current carrying wire
1:43:15 - Fleming's Left Hand Rule
1:54:38 - Force on moving charge in external magnetic field
2:11:59 - Domestic Electric Circuit
2:22:42 - Earthing
2:26:03 - Overloading & Short circuiting
2:42:16 - Kicking wire experiment
✨️✨️✨️
Bhai ek bat ask you
🎉
Hmm pucho ya ask kro@@LachhamanPatra-to1pq
Yr topic electromagnetic ko nahi seka ya??
Thanks
27:50 the road not taken poem kisko kisko yaad aayi 😅😅😅
merako bilkul bhi nahi 😅
2:49:16 Thank you sir, 🤍
@@roseuphoria Strength of magnetic field produced by a current carrying solenoid DOES NOT depend upon:
(A) number of turns in the solenoid
(B) direction of the current flowing through it
(C) radius of solenoid
(D) material of core of the solenoid
@akshatgupta5722 C , I guess
@@roseuphoria okay thanks 🙏🏻
00:00 - Introduction
05:03 - Topics to be covered
06:00 - Bar magnets
13:19 - Magnetic Field Lines
20:10 - Characteristics of Magnetic Field Lines
30:30 - Oersted experiment
33:52 - Permanent & temporary magnetism
36:50 - SNOW rule
39:35 - Maxwell’s right hand thumb rule
46:20 - Magnetic field by straight conductor
52:32 - Magnetic field by a circular loop
1:14:50 - Solenoid
1:30:35 - Applications of Solenoid
43:11
Vote for ch-' Roshni' 😅 light
It is the only remaining chapter 😅
Human eye is remaining too@ManishRaj-y2g5w
Ab sirf wahi important chapter bacha hai bhai
Hahaha , so funny
@@rayarappannambiaro8750 but for me it's funny. 😅
Timestamps:
00:00 - Introduction
05:03 - Topics to be covered
06:00 - Bar magnets
13:19 - Magnetic Field Lines
20:10 - Characteristics of Magnetic Field Lines
30:30 - Oersted experiment
33:52 - Permanent & temporary magnetism
36:50 - SNOW rule
39:35 - Maxwell’s right hand thumb rule
46:20 - Magnetic field by straight conductor
52:32 - Magnetic field by a circular loop
1:14:50 - Solenoid
1:30:35 - Applications of Solenoid
1:34:40 - Force on current carrying wire
1:43:15 - Fleming's Left Hand Rule
1:54:38 - Force on moving charge in external magnetic field
2:11:59 - Domestic Electric Circuit
2:22:42 - Earthing
2:26:03 - Overloading & Short circuiting
2:42:16 - Kicking wire experiment
2:49:14 - bye bye
Thank you bhaiya
For helping through time stamps
My pleasure @ArtskeShorts
Rakshak sir is doing our Raksha from physics 😅😅
Bhagban kare sare board balo ki 95 % ban jaye chahe like karo ya na kro😢😢
😮😢
Thanks bro😊
0%ego
0%Attitude
💯%Smartwork🔥
💯%Hardwork😎
Config the TGIF😂😂
Hlo
@@Arman55318ladkiyo ki izzat karni nhi aati kya
Bahut sahi comment me time waste karo
Then why are you wasting time then @@DharmendraSingh-tz9dc
*शिक्षा से बड़ा कोई ज्ञान नहीं और गुरू से आशीर्वाद मिले इससे बड़ा कोई सम्मान नहीं!!! Love you Sir* 🔥🔥💯💯😢❤😢
Hiii
Waah waah 😊
Happy birthday 🎂🎂🎉yr
Itna suscribe 😅😊
Very nice ❤❤
KON-KON LAST TAK LECTURE DEKHA,BATAO JARA ,?💀🧐
AND LIKE KRO ,...😛 ! MAI FIRST HU WAISE🥇
Literally?..😮
Aayein 🧐
@@shimila_Gaming2.0comment krne me late hua behen 🥺
@@pw_Udaanian2025 Strength of magnetic field produced by a current carrying solenoid DOES
NOT depend upon:
(A) number of turns in the solenoid
(B) direction of the current flowing through it
(C) radius of solenoid
(D) material of core of the solenoid
1:28:26Thankyou sir , This ❤ lecture helped me alot ..& i loved this chapter now...i was thinking it to be tough 🎉😂...but sir , bohot acha explain kia Aapne thanks sir thanks 🙏🏻👍🏻 thankyou too much Sir....❤u 2:49:15 ❤love you from 24-25 batch..,.. 2:49:29 Bye Sir....
same here 😄
@Priyanshu_2008sh bro , boards exams are coming.... aren't u nervous though?
@ i am actually , i am an average student , and didnt score much in pre bord 1 , like literally every time i get above 80% but this time just 60% and my father is really angry on me . although i am trying my best i hop i get better marks in pre bord 2 . btw are you a girl or boy
@Priyanshu_2008sh same here , 60-70%>>>>ka bich me hi mere marks hai , do o pre me
@ iss liye kyu ki school wale pre bords ke paper bords se zada tough rakhte hai ziss se hum bords me score kar sake
Unit of Magnetic Field Strength is Tesla or Oersted?
मस्ती किये पुरे साल भर,😥
नादानीयो में भुल बैठे 10th में है हम,😢😢
किया हमने पुरे साल भर मस्ती वाले काम,😐
छुट गई थी हमारी 95% लाने की आश,😑
और अब अंतिम समय में थामा केवल आपने हमारा हाथ,😁😄😃
ले कर आये Warrior हमारे लिये आप,😊😊
और अब आपसे पढ़ कर फोड़ कर आएगे हम बोर्ड का एग्ज़ाम ☺️🙂
~aakanksha gupta
Thank you to all teachers❤🔥🙏🏻🙏🏻🙏🏻
Ha😊😊@@DURGAKUMARI-uk4jv
Nice 👍🏻
Thank you 😊😊@@Prahladjha-jv6oz
Good ❤
Thank you 😊😊@@visualplays57
1:06:36 agar feel ke bina physics padhana paap hai to mere school ki teacher sabse badi paapi hai
🥲✅
Meri bhi 😂😂
@@pratyush.3107 Strength of magnetic field produced by a current carrying solenoid DOES
NOT depend upon:
(A) number of turns in the solenoid
(B) direction of the current flowing through it
(C) radius of solenoid
(D) material of core of the solenoid
mere school ke physic ke teacher ko dhange words pronounce karna nahi aata , phadna to chod he do , is chakkar me he school me har baccha us ko bhudda bolta hai 😂😂
Kon kon recorded dekh raha h speed banakar meri tarah 😂😂😊
Me😂
Me😢😢😢😂😂😅😅
Me
Tere papa means me
@@vanditasingh1033 Strength of magnetic field produced by a current carrying solenoid DOES
NOT depend upon:
(A) number of turns in the solenoid
(B) direction of the current flowing through it
(C) radius of solenoid
(D) material of core of the solenoid
Seriously telling... Besttttt test teacher ever ever ever..... 🙌
Sir next ch light 🕯️🕯️🕯️🕯️🕯️🕯️🕯️🕯️🕯️🕯️🕯️🕯️🕯️🕯️🕯️🕯️🕯️🕯️🕯️🕯️🕯️🕯️🕯️🕯️🕯️🕯️ plz with numerical 😢😢😢😢😢
VOTE FOR LIGHT CHAPTER 💡⚡
Rakshak sir is the king of Physics 👑👑
2:49:22 Thank you sir it means a lot for us ❤️
@Darkk_96 Strength of magnetic field produced by a current carrying solenoid DOES NOT depend upon:
(A) number of turns in the solenoid
(B) direction of the current flowing through it
(C) radius of solenoid
(D) material of core of the solenoid
1:13:56 because in this distance is inversely proportional to the magnetic field
I really respect Rakshak sir... 😊even I respect other teacehrs also but Rakshak sir comprises long chapters also in short time.... ❤❤❤
@@Priti-c7s Strength of magnetic field produced by a current carrying solenoid DOES
NOT depend upon:
(A) number of turns in the solenoid
(B) direction of the current flowing through it
(C) radius of solenoid
(D) material of core of the solenoid
King of Physics (KOP) RAKSHAK SIR🔥🔥🔥🔥🔥🔥🔥🔥
Sir maza aaya aj ki class me jo jo end tk rha proud kro khud pr hum durse ki Tarah bhage nhi we are worrior 🙌💕🧿
Yes we are indeed worries ❤
Yss we are wàrrior ❤
Yesssss
Yaar hmari Udaan ki aaj last maths class thi toh vha jana pda
@shagunnn69 koi nhi bro recorded dekh lene
1:20:34 the MF should be more in the poles right y is it half (properties of bar magnet)
Pls answer anyone
Mujhe lagta tha ki magnet dharti ke andar milta hoga par at 1:32:48 bhrama tut gya phir pata chala ki ye sab to solenoid ka khel hai
Sir Your the best teacher on RUclips for understanding physics ❤❤❤❤ thanku for this amazing explanation ❤❤😊😊
@@PcPc-vw2ib Strength of magnetic field produced by a current carrying solenoid DOES
NOT depend upon:
(A) number of turns in the solenoid
(B) direction of the current flowing through it
(C) radius of solenoid
(D) material of core of the solenoid
@akshatgupta5722 bhai sab ko bhej diya ya nahi , 3-4 comment dhek liye sab pe yahi daal rakha ha😂
@Priyanshu_2008sh isska answer kahi nahi mila soo the best option was to ask everyone
@akshatgupta5722 most probably answer option a hai baki conform karne ke kiye google kar lo
@akshatgupta5722 btw ap kha se ho???
Bahut dhakar lecture tha sir ji maja aa gya sara concept ek baar mai clear ho gaya
Thank you very much
2:45:30 sir mercury is a poor conductor of electricity so how it will conduct electricity then ?
Metals generally contributes it's free electrons for current to flow and mercury is also a metal..!!That's why
I think that Mercury is a conductor of electricity and a poor conducter of heat. Also, we do not use any other metal because it is only metal that is liquid at room temperature....
Hope it helped...
@SnehDixit_25 Thanks you so much for your help 😊
@@Deadlystranger thank you for your answer 😊
HLOO JUNIORS...
HOW IS THE JOSH............
JUST CAME HERE TO WATCH RAKSHAK SIR. I STILL REMEMBER MY TIME WHEN SANYAM SIR FOR MATHS
RAKSHAK SIR FOR PHYSICS
SAMRIDHI MA'AM FOR BIO
SUNIL SIR FOR CHEMISTRY
AND ASHIM SIR FOR SST USED TO BE WITH US WITH FULL SUPPORT........
BUT NOW NEW TEACHERS ARE THERE FOR U...
HOPE ALL OF U R DOING GREAT ❤❤
Which batch?
Thanks rakshit sir, i was struggling with this chapter even after my pre board 1 but now all my doubts are clear.❤
Kon kon january me dekh rhe ho 😂😂😂😂
Hum❤❤
Hum😂
Me😂😂
Hum h king 😂😂
Hum
Thank you sir❤❤❤
You have made this chapter is easy for us ❤
Hlo dear
Rakshak sir hamare liye suraksha kavach hai😊😊😊❤❤❤
F=BIL sin theta
B= magnetic field
I= current
L= length of conductor
Thanks 😊
2:48:16 sir Esme jo wire mercury me dubi hii hai , aur jo dushri wire hai wo apas me judi hai ya nhi ?
WHO THINKS THAT FLEMING'S LEFT HAND RULE IS DARKER THAN THE DARKEST☠️☠️
🌚🌚🌚
Correct 😂
Bhai agar papa so gaye or mummy bhi so gai to bachhe ki life kaise ho gi🖕😂
Me bro 🤣🤣🤣
But how... can you pls explain me
My name is Smita
Agree
All formulas of electricity and magnetic effects of electric current
Electricity:
1. Ohm's Law: V = IR
2. Series Resistance: Rs = R1 + R2 + R3 + ...
3. Parallel Resistance: 1/Rp = 1/R1 + 1/R2 + 1/R3 + ...
4. Power: P = VI or P = I^2R or P = V^2/R
5. Electric Energy: E = P × t = VIt
Magnetic Effects:
1. Force on Current-Carrying Conductor: F = BILsinθ
2. Magnetic Field (Straight Wire): B = μ₀I / 2πr
3. Magnetic Field (Circular Loop): B = μ₀NI / 2R
4. Solenoid Field: B = μ₀nI
Ye Lo Bhaiyo
Bhai formula kaha hai😂
@@visualplays57 Vo khud hi kha gya 😂😂😂
@@gurnoorgoyal8427 Isiliye kahte hai Khali pet dimag ki batti nhi jlti 😅😂
Ishe copy paste kiya h
Ye lo bhaiyo bhar gaya gap subah subah khaas aapke liye khaaya hua nikal ke yaha daala hai maine 💩
Aap bahut accha padhate ho
Watching in January?????🫣
Me
Sir very nice and enthusiastic lecture
You are literally god of physics
Hamari school wali teacher bhi aaphi se padhti h pr batati kisi ko nahi h
KOP OP🎉😂
But I respect her also
Kon kon ye january me dhek raha hai 😅
Me
Me ❤
Me
Mehh 😂😂😂😂
Udanians present here🎉🎉🎉🎉❤❤❤❤ 2:46:38
@@dharmendersingh3351 Strength of magnetic field produced by a current carrying solenoid DOES
NOT depend upon:
(A) number of turns in the solenoid
(B) direction of the current flowing through it
(C) radius of solenoid
(D) material of core of the solenoid
Sir you are the best ❤ thank you make this physics Interesting and easy 💯✅😊
Sir made this chapter easy for me❤❤
@@jaypiro273 Strength of magnetic field produced by a current carrying solenoid DOES
NOT depend upon:
(A) number of turns in the solenoid
(B) direction of the current flowing through it
(C) radius of solenoid
(D) material of core of the solenoid
Isn't domestic electric circuit deleted?
No
BEST TEACHER OF PHYSICS EVER 💛💛
Sir next ....human eye and the colourful world ... please ❤
1:17:36 desi tarika scan south clckwise north anti
Hlo hlo hlo
You are really god of physics ⚛️⚛️⚛️
Galvanometer?? Apne nhi karaya
Syllabus me hai ya nhi
Rakshak sir is my favourite teacher in the world
aaj ka lecture bhot acha tha sir ache sai samaj aa gya thankuu sir jii🥰❣....
One of the best class.....❤ thanku you sir🙏
Sir, your teaching skill is just wow 🎉🎉🔥🔥🔥🔥
1:57:13 hydrogen atom is a cation
33:50 Ye rista kya kehlata hai ?😅
2:30:15 good luck everyone 🎉
Thank you very much sir ….next lecture light reflection and refraction sir 😊😊❤❤
Bhai notes kha s download honge ⚠️
@@Sakshamkoushal-jz3hdit’s in description
@Glisteningyuhhhh thanks Bhaiya
2:48:59 why we have taken the direction of magnetic field from north to south in the horseshoe magnet pls koi batao
Kue k ya conveintial ha (prampra) ha k magnetic field ma 🧲 Hamasa magnetic lines north to south hoti hai
Aur magnet k ander south to north i hope smg aa gya😊
@UpscLbsnaa-m9p ya but ye Hor shoe magnet h to thoda confuse hua th
@MuskanMulchandani-c4w
Koi ni
2:08:43 sir control😂😂😂😂😂
Hnn..sir bolte bolte reh gye 🤣
Next chapter Light prefer karna volo ka list please 😊
@@Ayeshasiddiqua7570-r2d 💗
Rakshak sir hai king of physics 👍👍👍👍☠️☠️☠️☠️🥷🏻🥷🏻🥷🏻🥷🏻
1:00:38 sir dono loop m right hand rule to same h mtlb cureent dono m upar h to alag direction kaisa h (inwards or outwards) kaisa h ?
If there's points, say A and B at diff diff position on solenoid, no matter where they are if they are inside they all will feel same magnetic fields
संघर्ष जितना ही कठिन होता है
जीत उतनी ही शानदार होती है 😢🎉❤🎉
Hindi Master
HUMAN EYE AND THE COLOURFUL WORLD
Vote for getting 95% 💞👇👇
According to right hai thumb rule magnetic field direction is incorrect❌. In left side is north and right side is south. 1:18:38
You think that PW change your study ❌
It stands for change your life 💯❤️🔥
Thank you so much sir you are best teaching
Light ka sir pls refractive index acche se karna ❤
Bahut aacha lecture tha, Dhanyawad Guru ji 🙏💗
what is the focal length of Plane mirror
Infinity is answer
Best teacher ever and physics wallah for a reason ❤❤
💓❤Agar mehnat aadat ban jaaye to kamyabi mukaddar ban jaati hai 😢😭🙏
I Agree with you 😊
Yes buggu
Hiiiii
👏🏻😊
☠☠ 2:11:20 🤔SAMNA WALI PARTY🤔😂😎.
.
.
.
.
.
.
.
.
NT 😂😂
@@akshitchauhan9697 ha voh teeno chapri jokers 🤡🤡🤡
Next looser😂😂
@@SunitaGautam-lb2ez Zyada hi such bol diya bhai apne toh 😂😂😂😂😂😂😂😂😂
Vote for ritik sir in class 11 th 🎉🎉🎉🎉🎉
2:11:30 sir ne toh pol khol di😮😮😮😮
1:10:46 1:10:48 1:10:48 1:10:48 1:10:48 1:10:48 1:10:49 1:10:49 1:10:49
1:14:04 bhai ye wala mujhe samajh me nhi aaya hai koi btado please yrr😢
1:16:52 kisko kisko hasi aai 😂
😂😂
Kon kon starting se last Tak raha
❤
Mai
🙋
Mai thi
😢🎉
Vote for light
@physics wallah In a current carrying circular loop suppose current is clockwise and we are seeing 2 places of wore one when current goes up and then 2nd when current goes down then will at both the points be same pole when viewed from the side current goes in?
He is truly a rakshak for my physics 👾🙏🏻
Metals and non metals ❤❤❤❤
❤❤❤❤
Kon kon pre board ke liye dekh rha hai ❤❤❤