00:06 Magnetic effect of electric current is an important chapter 02:14 The lecture focuses on the magnetic effect of electric current. 06:07 The magnetic field of lines forms a closed loop from North to South and is attracted to magnets. 08:21 Magnetic field lines determine the strength of the magnetic field. 12:56 Magnetic field is generated when electric current passes through a conductor. 15:12 The right hand thumb rule helps determine the direction of the magnetic field created by current passing through a wire. 19:49 The direction of current determines the direction of the magnetic field. 22:05 Remember the direction of current in a battery is from the negative terminal of nickel. 26:07 The magnetic field is coming out of it 28:09 Determine the polarity of a ring by observing the direction of the current flow 31:54 Passing current through multiple rings creates a magnetic field. 33:55 An electromagnet is created by passing current through a wire wrapped around an iron nail. 39:13 Magnetic field is produced inside a wire when a current passes through it 41:47 The direction of the external magnetic field determines the direction of current. 46:47 The direction of the force is downward inside the magnetic field. 48:41 The direction of the magnetic field is determined by the direction of the current. 52:18 The red wire and live wire are part of the electrical current flow. 54:28 Earthing is a process to transfer current leakage into the ground. 58:40 Short circuit and overloading are common problems caused by excessive flow of current. 1:00:20 discusses the magnetic effect of electric current. 1:04:22 Power loss and voltage change are key aspects of the magnetic effect of electric current. 1:07:11 The magnetic effect of electric current in terms of power loss and transmission 1:11:33 The video covers the topic of magnetic effect of electric current. drop a like if it helps 👍
For those who didn't understood how to find North and South pole in a ring conductor follow this. Use SCAN rule SC:- South pole for Clockwise AN:- Anti-Clockwise for North Pole. Edit: 85 likes is the highest like score of mine. Thanks to all!!!.
are bhai itni miss understanding hei to meri idia lelo ////////////// jab current ak watch ke tarike se jata hi tab south pole arrrrrr jab current watch ke opposite jata he tab north pole //////// simple >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
Apne alfazo se nahi Apne karmo se batana hoga Request se nahi duniya Ko mehnat ke jhukana hoga Sharma,Varma ji ka ladke se kabil mai hu ye sabko dikhana hoga😊
Hey friends Plss pay attention In the definition of flemings left hand rule there is a mistake in the last line Because thumb represents the direction of force acting on the conductor not the direction of current .
Fleming's left-hand rule states that when the thumb, forefinger, and middle finger of the left hand are stretched out to be perpendicular to each other, the thumb points in the direction of the force acting on a conductor: ----: # Forefinger: Points in the direction of the magnetic field # Middle finger: Points in the direction of the electric current # Thumb: Points in the direction of the force acting on the conductor
You have to use Fleming's left hand rule where if the index finger points the direction magnetic field and middle finger points the direction of current then the thumb will point in the direction of force acting on the conductor
In hw question force is in upward direction and the magnetic field is in outward direction as those dots are representing outward direction Then the direction of current is towards left as your middle finger is pointing in left
Anyone in October 2024??😅 Edit: Guys I wanna ask you a question. Ik as a student you would understand it better. I am preparing hard for my tests being consistent but my performance is going down day by day. We have this monthly report system and as every month passes the percentage keep on getting lower. I am tired of it. Can you suggest what can I do??
Prashant bhaiya me class 9th ki hu or homi bhabha exam ki preparation kr rhi ap kr video dekh kr me jo pyq solve kr rhi hu wo mere ache se solve ho rahe h I am dam sure now that I can crack this homi bhabha exam with your help... Tysm for your great help ❤❤❤
1:05:02 Wastage/ Loss of power in AC transmission in long distances is low and cost of transmission is low as compared to DC because ohmic resistors cause much loss of current during passing of current Using rectifiers,AC can be changed into DC It can be changed into desired voltage using transformers It is stout and do not need much maintenance Using crude oil , it's efficiency can be increased
The electric current will be towards left, since in the dotted structure the magnetic field is towards out of the paper so the direction of the current will be left. Sir mentioned it in his first example.
Upward is the direction of force, the dotted structure indicates that the magnetic field is facing you, and hence, the direction of current will be towards left. Thank you.
You're just amazing in teaching bhaiyya!! Always a life saver for me.. I didn't understand anything in this chapter but this video proved to be a life saver for me.. I'm watching it in November 😂
Your teaching style is very good.....I think India needs this kind of teachers who explain science in this way specifically for State Govt. School students ❤❤
TIMESTAMPS 00:06 Magnetic effect of electric current is an important chapter 02:14 The lecture focuses on the magnetic effect of electric current. 06:07 The magnetic field of lines forms a closed loop from North to South and is attracted to magnets. 08:21 Magnetic field lines determine the strength of the magnetic field. 12:56 Magnetic field is generated when electric current passes through a conductor. 15:12 The right hand thumb rule helps determine the direction of the magnetic field created by current passing through a wire. 19:49 The direction of current determines the direction of the magnetic field. 22:05 Remember the direction of current in a battery is from the negative terminal of nickel. 26:07 The magnetic field is coming out of it 28:09 Determine the polarity of a ring by observing the direction of the current flow 31:54 Passing current through multiple rings creates a magnetic field. 33:55 An electromagnet is created by passing current through a wire wrapped around an iron nail. 39:13 Magnetic field is produced inside a wire when a current passes through it 41:47 The direction of the external magnetic field determines the direction of current. 46:47 The direction of the force is downward inside the magnetic field. 48:41 The direction of the magnetic field is determined by the direction of the current. 52:18 The red wire and live wire are part of the electrical current flow. 54:28 Earthing is a process to transfer current leakage into the ground. 58:40 Short circuit and overloading are common problems caused by excessive flow of current. 1:00:20 discusses the magnetic effect of electric current. 1:04:22 Power loss and voltage change are key aspects of the magnetic effect of electric current. 1:07:11 The magnetic effect of electric current in terms of power loss and transmission 1:11:33 The video covers the topic of magnetic effect of electric current
Trick to remember flemings left hand rule Thumb father - force Index finger mother- magnetic field Middle finger child- current Current child - CC Mother magnetic field MM Father force FF
Thank you to the EDITING TEAM and PRASHANT BHAI for this exclusive, Quality and FREE CLASS to provide us ......JAY HIND 🚩🚩 JAY SHREE RAM 🚩🚩 JAY HANUMAN JI 🚩🚩
Magnetic effect of electric current is an important chapter 02:14 The lecture focuses on the magnetic effect of electric current. 06:07 The magnetic field of lines forms a closed loop from North to South and is attracted to magnets. 08:21 Magnetic field lines determine the strength of the magnetic field. 12:56 Magnetic field is generated when electric current passes through a conductor. 15:12 The right hand thumb rule helps determine the direction of the magnetic field created by current passing through a wire. 19:49 The direction of current determines the direction of the magnetic field. 22:05 Remember the direction of current in a battery is from the negative terminal of nickel. 26:07 The magnetic field is coming out of it 28:09 Determine the polarity of a ring by observing the direction of the current flow 31:54 Passing current through multiple rings creates a magnetic field. 33:55 An electromagnet is created by passing current through a wire wrapped around an iron nail. 39:13 Magnetic field is produced inside a wire when a current passes through it 41:47 The direction of the external magnetic field determines the direction of current. 46:47 The direction of the force is downward inside the magnetic field. 48:41 The direction of the magnetic field is determined by the direction of the current. 52:18 The red wire and live wire are part of the electrical current flow. 54:28 Earthing is a process to transfer current leakage into the ground. 58:40 Short circuit and overloading are common problems caused by excessive flow of current. 1:00:20 discusses the magnetic effect of electric current. 1:04:22 Power loss and voltage change are key aspects of the magnetic effect of electric current. 1:07:11 The magnetic effect of electric current in terms of power loss and transmission 1:11:33 The video covers the topic of magnetic effect of electric current.
IMPORTANT TOPICS ATQ TO EXHUB 10TH OF MAGNETIC CHAPTER 02:14 Properties of Magnetic field lines 15:12 The right hand thumb rule 32:55 Solenoid (Diagram) 41:47 FLAMING S LEFT HAND RULE 51:07 DOMESTIC ELECTRIC CIRCUIT 52:18 The red wire and live wire 1:11:33 THANKS FOR WATHING
Fun fact that nobody asked- *Magnetic monopoles can exist* I recently came to know this by my friend In our everyday experience, magnets always have two poles: a north pole and a south pole. If you cut a bar magnet in half, you don’t get a separate north pole and south pole. Instead, each piece has its own north and south pole. However, in *particle physics*, a magnetic monopole is a hypothetical elementary particle that is an isolated magnet with only one magnetic pole. This means it would either be a north pole without a south pole or vice versa. A magnetic monopole would have a net north or south "magnetic charge". The concept of magnetic monopoles arises from the symmetry in Maxwell’s equations and the concept of gauge symmetry. Despite extensive searches, there is no known experimental or observational evidence that magnetic monopoles exist. Some theories, notably the grand unified and superstring theories, predict their existence. The quantum theory of magnetic charge started with a paper by the physicist Paul Dirac in 1931. In this paper, Dirac showed that if any magnetic monopoles exist in the universe, then all electric charge in the universe must be quantized. The electric charge is, in fact, quantized, which is consistent with (but does not prove) the existence of monopoles.
In the definition of flemings left hand rule there is a mistake in the last line Because thumb represents the direction of force acting on the conductor not the direction of current
THANK YOU SO MUCH , VERY MUCH BLESSED TO HAVE YOU AS MY PHYSICS TEACHER ,, Today is my Pre boards and I am going to score 80/80 ...❤️. Thanks a lot...........you are an inspiration to me .... THANKS FOR TEACHING IN A BRILLIANT WAY❤️
Mere pyaare bhaiyon aur unki beheno November 20 tak video dekh kr like kardo toh boards mein 99.999999999999999999% pakka hain tumhare
where did that 0.11111111111111111111111 % go????????????????????????????????????????????????????????????????????????????????
00:06 Magnetic effect of electric current is an important chapter
02:14 The lecture focuses on the magnetic effect of electric current.
06:07 The magnetic field of lines forms a closed loop from North to South and is attracted to magnets.
08:21 Magnetic field lines determine the strength of the magnetic field.
12:56 Magnetic field is generated when electric current passes through a conductor.
15:12 The right hand thumb rule helps determine the direction of the magnetic field created by current passing through a wire.
19:49 The direction of current determines the direction of the magnetic field.
22:05 Remember the direction of current in a battery is from the negative terminal of nickel.
26:07 The magnetic field is coming out of it
28:09 Determine the polarity of a ring by observing the direction of the current flow
31:54 Passing current through multiple rings creates a magnetic field.
33:55 An electromagnet is created by passing current through a wire wrapped around an iron nail.
39:13 Magnetic field is produced inside a wire when a current passes through it
41:47 The direction of the external magnetic field determines the direction of current.
46:47 The direction of the force is downward inside the magnetic field.
48:41 The direction of the magnetic field is determined by the direction of the current.
52:18 The red wire and live wire are part of the electrical current flow.
54:28 Earthing is a process to transfer current leakage into the ground.
58:40 Short circuit and overloading are common problems caused by excessive flow of current.
1:00:20 discusses the magnetic effect of electric current.
1:04:22 Power loss and voltage change are key aspects of the magnetic effect of electric current.
1:07:11 The magnetic effect of electric current in terms of power loss and transmission
1:11:33 The video covers the topic of magnetic effect of electric current.
drop a like if it helps 👍
Helps bro 💯
Thnks bro ❤
❤
Thanks bro 👍❤
❤❤❤❤❤
Anyone in November????? (2024)
Yes
🤡🙏🏿
yes
I'm 😂😂
Yaah !!
50:30 , the current direction is towards left(according to the flemings left hand rule).
Yes..same
2024-2025 Batch Attendance please 😂
Same 2 U 😂😂😂
Hm 😅
I am
Iam
I am
For those who didn't understood how to find North and South pole in a ring conductor follow this. Use SCAN rule
SC:- South pole for Clockwise
AN:- Anti-Clockwise for North Pole.
Edit: 85 likes is the highest like score of mine. Thanks to all!!!.
are bhai itni miss understanding hei to meri idia lelo ////////////// jab current ak watch ke tarike se jata hi tab south pole arrrrrr jab current watch ke opposite jata he tab north pole //////// simple >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
Thank you
Hii@user-gc8pz7sf8r bro can u help me with one thing
thank you
👍🏻
Very helfpul .Thank you
Teri kamyabi pr shor
Teri koshison pr tana hoga
Tere dukh mai kuch log
Teri safalta mai jamana hoga 🥺🧿
Harasah
Mohala hoga 😂
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😢
Apne alfazo se nahi
Apne karmo se batana hoga
Request se nahi duniya
Ko mehnat ke jhukana hoga
Sharma,Varma ji ka ladke se kabil mai hu ye sabko dikhana hoga😊
October 2024
Diwali ki chuttiyo me syllabus ko jo complete karna chahate hai 😅😅vo attendance lagao jaldi jaldi
@@Av_uuu_id milegi ?
Hii
It's November
Hii😅
Hii
Class 10 2023 -24 vale hazari laga do
Padhle behen 🥱
HAZRI KAFI LATE LGII HH😂
Bhaya AP STATE ka kya hoga
Sorry late ho gaya 😅😅
Late guys here😅
Studying before 1 day from exam 💀
Fr I just started physics
@@azeezlodhger1594wow fantastic cocacolastic
I just start physics 😢 same condition
Same yrr😂
@@naitikrawatchannel7157 ha bhai mai bhi😢😢😢😢😢😢
Anyone in October?? 😂😂😂
😅
Of. Course
Yup 😅
Yes
Ys I am here
Any one on diwali😅😅
Yup😂
Haa
Haa
Yeah
Yeah
1 day before exam wale like kare.......😂😂😂😂
Same to u bro 🥲
@@MamtaDevi-br9wl🥲bio bchi hui h bhai
@@wydrizaa4 kal exam h 😩
Mai bhai
Same
Bhaiya's motivation + Bhaiya's method of teaching =🔥🔥🔥🔥💥
Op..... ruclips.net/video/6B4f3NWohKE/видео.html
💥💥
💌
Bhai kisi ke pass booklet h exphub ki mere me link open nhi ho rhi
@@Dankboy6969 drive.google.com/file/d/1GbRPqh81U-pkx0iWCOuegXcRbNeqTqpD/view?usp=drivesdk
Hey friends
Plss pay attention
In the definition of flemings left hand rule there is a mistake in the last line
Because thumb represents the direction of force acting on the conductor not the direction of current .
Thanks
Thanks sister
Welcome😌
@@shashigoutam1929 thanks yarr... Wahi toh soch rahi thi
Your name
Aur 15 din exam se padne Wale 😂 (hazri lagao)
Bhai tension ho rai.hai
@@arpitagautam6599same😖
@@arpitagautam6599👍All the best
You are now popular among 60 students
@@Your_Anime_Shorts 🗿
This generation is lucky to have a teacher like you 😊❤
Ya you are right 😊
Yes , right ❤
BOARDS ke baad ye discussion jaari rakhte hai
Okay
Hey @@Cee_makkah_madina
50:28 The direction of current is toward left side
2024 board me AC DC aayega kya bhai
@@shreyjwala2744 no it's deleted from syllabus
@@Idg266 ok thanks
@@shreyjwala2744ayega bhai
@@shreyjwala2744ayega bhai
who watch this video for PREBOARD preparation 🧐😥
Me
Me 😅
50:39 Direction of current left side
Yess really. Mine also
Yes mee too
means can we say westwards direction ?
Ha meri jaan sahi kh raha tu
@@cavatoons2806 thenksss 😁😁
50:25 Homework question :-
Ans. Direction of current will be left side
Fleming's left-hand rule states that when the thumb, forefinger, and middle finger of the left hand are stretched out to be perpendicular to each other, the thumb points in the direction of the force acting on a conductor: ----:
# Forefinger: Points in the direction of the magnetic field
# Middle finger: Points in the direction of the electric current
# Thumb: Points in the direction of the force acting on the conductor
❤
Bhaiya solenoid or electromagnet me difference kya hai , dono hi to current Milne par hi work karte hai
37:20 Miss you RATAN TATA ji...... 😓😭😭
Same 😢😢😢
Dark humour??
😢😢😢😢😢😢😢😢
Whaa
@@pampanaskar4865 hii
2024-2025 wale attendance lagaooo jaldi
Batch 24-25
😮 49:39 @@debangshisaha1867
38:55
59:59
Present
November me pdhne wale hi like karenge.... 👍
50:30 homework question
The direction of current is towards left
Emnnnnnnnn😂😂😂😂😂😂😂 funny class jhooot sab
You have to use Fleming's left hand rule where if the index finger points the direction magnetic field and middle finger points the direction of current then the thumb will point in the direction of force acting on the conductor
In hw question force is in upward direction and the magnetic field is in outward direction as those dots are representing outward direction
Then the direction of current is towards left as your middle finger is pointing in left
@@Aashishhhhhhh yes
Your welcome by the way I am sis
@@Aashishhhhhhh you are welcome. I am not bro I'm sis
For people who are struggling to remember left hand rule use
Father (thumb)force
Mother( index) magnetic field
Children( middle) current
It was by rakshak sir🔥🔥PW
Yeah
Well thankyou for telling it
Prashant bhaiya ne aarambh batch me bataya tha
Science mein 100/100 wale vote kro 🚩🚩
Acha sapna ha bhai Tara
Watching in 2x speed one day before bord exam , 2/3/2024😢😢
Us fr
Kitne no.aye fir bhaiya🥲😂
Bro tum pass huwa ki nai
Kitne aye
Anyone in October 2024??😅
Edit: Guys I wanna ask you a question. Ik as a student you would understand it better. I am preparing hard for my tests being consistent but my performance is going down day by day. We have this monthly report system and as every month passes the percentage keep on getting lower. I am tired of it. Can you suggest what can I do??
Yes
Yes
@@littleshivam328hello
Yes
@@AJAYKUMAR-io1enhello
Anyone in sep. 2024😅
Hmm
Yes😂😂
You need u can watch 🤬
Present
Yess
May everyone get 90+ in class 10th and make parents feel proud insha allah
Homework question-
Direction of current will be left side
Yup
@@k.g.f9973 hi which board from ?
Same but I thought to check it on the comments is my ans right or not and it's correct 😊
@@Raja-zc8rvkitne percentage aye boards me
@@Soham_Gaming77 82% 😶🤧
Thank you to the EDITING TEAM and PRASHANT BHAIYA for this exclusive, quality and free class to provide us
#MathHelpers #MathHelpers #MathHelpers #MathHelpers #MathHelpers #MathHelpers #MathHelpers #MathHelpers
Kon ye video 2024 September me dekh raha hai 😅
Really 😅
@@Faizan_Nisar06 haa 😜
Hello
Half yearly kb se
@@harshkumar82975 I think 1 October..
Prashant bhaiya me class 9th ki hu or homi bhabha exam ki preparation kr rhi ap kr video dekh kr me jo pyq solve kr rhi hu wo mere ache se solve ho rahe h I am dam sure now that I can crack this homi bhabha exam with your help...
Tysm for your great help ❤❤❤
4:20 starting
No at 4:23 🤣🤣
Kal exam hai our aaj mai syllabus complete kar raha hou😅😅😵
2 tarik ko jiska - jiska exam hai science ka like karo 👇
Science exam ki kasam🤌🏼💀
DISCLAIMER- DON'T TAKE ANY RISK DURING EXAM!!!😂
most underrated Cringe comment
@@striker-max-7 Fr 😂
😂😂
Sir bahut khatarnak padhate hai🔥🔥👏🏻👌🏻👌🏻👌🏻🔥🔥🔥🤫🔥👏🏻
Exact sentence**
Teri kamyabi pr shor aur Teri Koshisho pr taana hoga
Teri dukh me kuch log aur Teri safalta me zamana hogaa❤❤❤
Jo bhi bhaiya ko dil se thanku bolna chahta hai❤wo like kre....! ❤!
30:46 mnemonic:- SCAN (scan)
South - clockwise & anticlockwise north
Thanks Sir to complete this chapter so easily .❤
Nice❤
Nice bro
Credit :- Abhishek sir ( vedantu ) 👍🏻
@@eccentric_pihu khudse banaya he bhai konsi vedantu
Who is watching in August ❤
39:42 comment karte raha karo 40:01
I am here 😊
😢
Jbbb
Me me me me me me me me
Anyone in October or November 2024😅
November 🗿
Aaj padhne vale like karo😂😂
Exam se ek din padne bale legends
😅< show your presence >
Present
Who is Watching this Video at 12:00 am To 4:00 am😂😂
Bhai mai bhi 1:39am
Mai bhi hu bhai😂😂😂😂
😂😂 m bhii aagyiii....
Mai bhai😢
_Bhai main __2:10__ se dekh rha hu aur abhi 4:7 ho gye phir bhi abhi 12 min. Dekhna baki h 😂😂😂😂😂_
Bhai abhi our environment dekhna h
Thank you bhaiya but actually pyq booklet open nahi ho rahi hai
1:05:02
Wastage/ Loss of power in AC transmission in long distances is low and cost of transmission is low as compared to DC because ohmic resistors cause much loss of current during passing of current
Using rectifiers,AC can be changed into DC
It can be changed into desired voltage using transformers
It is stout and do not need much maintenance
Using crude oil , it's efficiency can be increased
Disclaimer:-This man saves our tution fees.
Right but it is a funfact not disclaimer
Yes
Kasam se Yaar 😢❤
Yeah bruhhh....!!!💀🤌🏼
@@x4.jyoti_ this is how chapri looks like
Homework
Electric Current is towards right.
If incorrect, corrections are encouraged with explanations
The electric current will be towards left, since in the dotted structure the magnetic field is towards out of the paper so the direction of the current will be left. Sir mentioned it in his first example.
correct
@@blenderdesigner7653
You are right bro electric current is in right direction
NO the current direction is the left side since the index finger points outward...its the same as his first example.
Upward is the direction of force, the dotted structure indicates that the magnetic field is facing you, and hence, the direction of current will be towards left. Thank you.
You're just amazing in teaching bhaiyya!!
Always a life saver for me..
I didn't understand anything in this chapter but this video proved to be a life saver for me..
I'm watching it in November 😂
Anyone present here in October 😅😢... 2024
Edit: thanks ☺️💓 for 35 likes I have never thought it
Thank ☺️ you so much ❤️ guys
Present...🙋😅
I am also❤❤
Oh that's nice friends 😅
33:48 is very funny example bro I love ur explanation I luv u brother 🥰😗💓💓😗😗😗💓💓
Thank you bhai kon kon sehmat hai
Kyu sehmat na hote to yaha thode hote bro use your common sense plzzzz 😅😅
Yessss
.
.
.
.
..
....
.....
....
......
Koi ni
Koi sehmat nahi hai
Some topics are missing,e.g:- force on a charged particles in a magnetic feild.
''EXAM IS NEAR''
"NOTHING IS CLEAR"
"NO NEED TO FEAR"
"BECAUSE OUR LOVELY PRASHANT SIR IS HERE"
Nice
Yeaaa
not sir only bhaiya 😂😂
Your teaching style is very good.....I think India needs this kind of teachers who explain science in this way specifically for State Govt. School students ❤❤
In private school
0:31 mohalla ✅️ jamana❎️
1:08:20-Content team ko dhanyvad hamare liye itni pyaari ppt bnane ke liye😂❤
AC is preferred for transmission as it is easy to step up or down can be converted to DC easily and can be disturbed easily to households.
10 February sai parna wala like karo 😅
13 February 😂
14 Feb 🤡👌🏻
14feb😅
28 Feb💀
1:08:21 thanks😊 prashant bhaiya ji ki content team 😂ko hum sb ke liye itne intresting notes aur memes k liye ❤
Did you get the notes?
45:45 upward ⬆️
Studying this chapter first time 🗿🗿🌚.
Same bro🗿
@@amishaazad8802 Just chad things 🗿
BhutBekarr gya scinece ka paper ghatam hote hi dubra science padhunga kyuki mujhe lg rha hai compartment aegi meri😭🤧
तेरी कामयाबी पर शोर
और तेरी कोशिशो पर तना होगा
तेरे दुख में कुछ लोग और
सफलता में पूरा जमाना होगा ।।
50:27 from north to south or towards the left side
TIMESTAMPS
00:06 Magnetic effect of electric current is an important chapter
02:14 The lecture focuses on the magnetic effect of electric current.
06:07 The magnetic field of lines forms a closed loop from North to South and is attracted to magnets.
08:21 Magnetic field lines determine the strength of the magnetic field.
12:56 Magnetic field is generated when electric current passes through a conductor.
15:12 The right hand thumb rule helps determine the direction of the magnetic field created by current passing through a wire.
19:49 The direction of current determines the direction of the magnetic field.
22:05 Remember the direction of current in a battery is from the negative terminal of nickel.
26:07 The magnetic field is coming out of it
28:09 Determine the polarity of a ring by observing the direction of the current flow
31:54 Passing current through multiple rings creates a magnetic field.
33:55 An electromagnet is created by passing current through a wire wrapped around an iron nail.
39:13 Magnetic field is produced inside a wire when a current passes through it
41:47 The direction of the external magnetic field determines the direction of current.
46:47 The direction of the force is downward inside the magnetic field.
48:41 The direction of the magnetic field is determined by the direction of the current.
52:18 The red wire and live wire are part of the electrical current flow.
54:28 Earthing is a process to transfer current leakage into the ground.
58:40 Short circuit and overloading are common problems caused by excessive flow of current.
1:00:20 discusses the magnetic effect of electric current.
1:04:22 Power loss and voltage change are key aspects of the magnetic effect of electric current.
1:07:11 The magnetic effect of electric current in terms of power loss and transmission
1:11:33 The video covers the topic of magnetic effect of electric current
Mere to koi kaam aaya nhi 😅😊lekin aapki mehnat k liye like kar dea 😎😊
@@rachnamor1226 ❤❤😊😊
that horseshoe magnet hits with the nostalagia of subway surfers 10:03
Yes it is in every game
Trick to remember flemings left hand rule
Thumb father - force
Index finger mother- magnetic field
Middle finger child- current
Current child - CC
Mother magnetic field MM
Father force FF
in the definition of Flemings left hand rule there is a mistake in the last line
because thumb represent the direction of current
Bro thumb represents direction of force
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50:07 Direction of current will be left.
Magnetic effect of electric current is an important chapter
02:14 The lecture focuses on the magnetic effect of electric current.
06:07 The magnetic field of lines forms a closed loop from North to South and is attracted to magnets.
08:21 Magnetic field lines determine the strength of the magnetic field.
12:56 Magnetic field is generated when electric current passes through a conductor.
15:12 The right hand thumb rule helps determine the direction of the magnetic field created by current passing through a wire.
19:49 The direction of current determines the direction of the magnetic field.
22:05 Remember the direction of current in a battery is from the negative terminal of nickel.
26:07 The magnetic field is coming out of it
28:09 Determine the polarity of a ring by observing the direction of the current flow
31:54 Passing current through multiple rings creates a magnetic field.
33:55 An electromagnet is created by passing current through a wire wrapped around an iron nail.
39:13 Magnetic field is produced inside a wire when a current passes through it
41:47 The direction of the external magnetic field determines the direction of current.
46:47 The direction of the force is downward inside the magnetic field.
48:41 The direction of the magnetic field is determined by the direction of the current.
52:18 The red wire and live wire are part of the electrical current flow.
54:28 Earthing is a process to transfer current leakage into the ground.
58:40 Short circuit and overloading are common problems caused by excessive flow of current.
1:00:20 discusses the magnetic effect of electric current.
1:04:22 Power loss and voltage change are key aspects of the magnetic effect of electric current.
1:07:11 The magnetic effect of electric current in terms of power loss and transmission
1:11:33 The video covers the topic of magnetic effect of electric current.
Koi board ke 3 din pehle padh rha hai toh like karo
Me
Meeee😂
me toh aaj padh rha
Mai bhi bhai kitna syllabus hogya
Me
1:08:21 Thank you content team
💫TYSM Prashant Sir and TYSM editing team 😊 Your teaching techniques are very different than others that's why I understand each and every thing ✨
TYSM Prashant sir
Who watching it one day before board exam??
Hlo
😭😭😭😭😭😭
hi
Here on 10:21 pm on 1 March just few hours before science exam
Hey ❤❤❤
26:34 completely understand
1:05:03 because in AC more current occurs whereas in DC limited current occurs
Thank you content team+Prashant bhaiya😊😊😊.
Josh Level=100/100😊😊😊
I have a simple trick to lear clock wise and anti. When we pronounce anti then pronounce is N that is North and bacha hua South 😅😅
0:14 wawa, wawa❤😂😂
IMPORTANT TOPICS ATQ TO EXHUB 10TH OF MAGNETIC CHAPTER 02:14 Properties of Magnetic field lines
15:12 The right hand thumb rule
32:55 Solenoid (Diagram)
41:47 FLAMING S LEFT HAND RULE
51:07 DOMESTIC ELECTRIC CIRCUIT
52:18 The red wire and live wire
1:11:33 THANKS FOR WATHING
Wish all get 95 in bord exams.
1:04:46 energy loss 😊
Thanks Sir For This Wonderful Explanation Of This Chapter 👍👍😊😊.
Kl hi exam h😂😂Puri chemistry rhti h abhi to😂😂
Uss Moment 😂😭
Same bro
Bhai meri to physics bhi rahti h
Same
Fun fact that nobody asked- *Magnetic monopoles can exist*
I recently came to know this by my friend
In our everyday experience, magnets always have two poles: a north pole and a south pole. If you cut a bar magnet in half, you don’t get a separate north pole and south pole. Instead, each piece has its own north and south pole.
However, in *particle physics*, a magnetic monopole is a hypothetical elementary particle that is an isolated magnet with only one magnetic pole. This means it would either be a north pole without a south pole or vice versa. A magnetic monopole would have a net north or south "magnetic charge".
The concept of magnetic monopoles arises from the symmetry in Maxwell’s equations and the concept of gauge symmetry. Despite extensive searches, there is no known experimental or observational evidence that magnetic monopoles exist. Some theories, notably the grand unified and superstring theories, predict their existence.
The quantum theory of magnetic charge started with a paper by the physicist Paul Dirac in 1931. In this paper, Dirac showed that if any magnetic monopoles exist in the universe, then all electric charge in the universe must be quantized. The electric charge is, in fact, quantized, which is consistent with (but does not prove) the existence of monopoles.
good to know!
Purcha kisine😂 bekar ma goggle se tapa
Copy paste from Google
Pakka
Jee wala idhar kya kar raha hai 💀
41:28 guys isme thumb points the direction of current in the conductor. Yea thumb to direction force ki bata ta hai na
Thumb shows the direction of force
50:40 towards the left
Video starts at
4:26 save your time.
And all the best for your exam!
World's best teacher i have ever in my life 🥺❤️ nd also motivator 🖤🖤
Kon kon ye video 5 din pehele dekh raha hai boards se pehele mari taraha voh bhi raat ke 12 baje 😅😢😅
11: 25 😂😂
Me 😅
In the definition of flemings left hand rule there is a mistake in the last line
Because thumb represents the direction of force acting on the conductor not the direction of current
Josh = 100/100 ❤️🤩
Thank you content team for making such a nice ppt and special thanks to Prashant bhaiya for teaching this chapter. 🤩🤩❤️❤️❤️
Current direction inword
THANK YOU SO MUCH , VERY MUCH BLESSED TO HAVE YOU AS MY PHYSICS TEACHER ,, Today is my Pre boards and I am going to score 80/80 ...❤️. Thanks a lot...........you are an inspiration to me .... THANKS FOR TEACHING IN A BRILLIANT WAY❤️
Kitne mile bhai
Kitne aaye bhai
40/80?
Bhai 80/80 agayaaa