👉 Practice Sheet - Go to Batch - Subject Section - Open DPP PDF Section. 📕 Warrior Series Class 10th: physicswallah.onelink.me/ZAZB/xg50bxxu 📕 Telegram For Notes :- t.me/foundationwallah
Electric Current and Circuit 1. Ohm's Law: - V = IR (Voltage = Current x Resistance) - I = V/R (Current = Voltage / Resistance) - R = V/I (Resistance = Voltage / Current) 2. Power: - P = VI (Power = Voltage x Current) - P = I^2R (Power = Current^2 x Resistance) - P = V^2/R (Power = Voltage^2 / Resistance) 3. Energy: - E = Pt (Energy = Power x Time) - E = VIt (Energy = Voltage x Current x Time) Resistance and Resistivity 1. Resistivity: - ρ = RA/l (Resistivity = Resistance x Area / Length) 2. Resistance: - R = ρl/A (Resistance = Resistivity x Length / Area) 3. Combination of Resistances: - Series: R_total = R1 + R2 + ... + Rn - Parallel: 1/R_total = 1/R1 + 1/R2 + ... + 1/Rn Electric Potential 1. Electric Potential: - V = W/q (Voltage = Work / Charge) Other Formulas 1. Kilowatt-hour (kWh): - 1 kWh = 1000 Wh = 3.6 x 10^6 J 2. Fuse and Circuit Breaker: - I = V/R (Current = Voltage / Resistance) Units and Conversions 1. Volt (V) 2. Ampere (A) 3. Ohm (Ω) 4. Watt (W) 5. Joule (J) 6. Kilowatt-hour (kWh) like plS >>>>>>>>>>
TimeStamps - 00:00 - Introduction 05:50 - Magnet 07:39 - Facts about magnets 16:14 - Oersted’s experiment 22:23 - Magnetic field lines 41:45 - Maxwell’s right hand thumb rule 43:36 - Magnetic field by straight conductor 55:30 - Magnetic field due to circular loop 1:19:00 - Magnetic field produced by circular loop 1:21:01 - Magnetic field produced due to solenoid 1:57:54 - Fleming’s left hand rule 2:46:26 - Kicking wire experiment 2:51:58 - Domestic electric circuit 3:04:20 - Earthing 3:07:03 - Important definitions 3:17:33 - Thank You Bacchon! -------------------------------------------------------
00:00 - Introduction 05:50 - Magnet 07:39 - Facts about magnets 16:14 - Oersted’s experiment 22:23 - Magnetic field lines 41:45 - Maxwell’s right hand thumb rule 43:36 - Magnetic field by straight conductor 55:30 - Magnetic field due to circular loop 1:19:00 - Magnetic field produced by circular loop 1:21:01 - Magnetic field produced due to solenoid 1:57:54 - Fleming’s left hand rule 2:46:26 - Kicking wire experiment 2:51:58 - Domestic electric circuit 3:04:20 - Earthing 3:07:03 - Important definitions 3:17:33 - Thank You Bacchon! Thank me later! EDIT - Thank you for 3 likes I never got
⏳ TimeStamps - 00:00 - Introduction 05:50 - Magnet 07:39 - Facts about magnets 16:14 - Oersted’s experiment 22:23 - Magnetic field lines 41:45 - Maxwell’s right hand thumb rule 43:36 - Magnetic field by straight conductor 55:30 - Magnetic field due to circular loop 1:19:00 - Magnetic field produced by circular loop 1:21:01 - Magnetic field produced due to solenoid 1:57:54 - Fleming’s left hand rule 2:46:26 - Kicking wire experiment 2:51:58 - Domestic electric circuit 3:04:20 - Earthing 3:07:03 - Important definitions 3:17:33 - Thank You Bacchon!
ntroduction 05:50 - Magnet 07:39 - Facts about magnets 16:14 - Oersted’s experiment 22:23 - Magnetic field lines 41:45 - Maxwell’s right hand thumb rule 43:36 - Magnetic field by straight conductor 55:30 - Magnetic field due to circular loop 1:19:00 - Magnetic field produced by circular loop 1:21:01 - Magnetic field produced due to solenoid 1:57:54 - Fleming’s left hand rule 2:46:26 - Kicking wire experiment 2:51:58 - Domestic electric circuit 3:04:20 - Earthing 3:07:03 - Important definitions 3:17:33 - Thank You Bacchon! -----------------------------
00:01 Introduction to magnetic effects of electric current 02:41 Understanding the application of Fleming's, Maxwell's and right hand thumb rule 06:46 Magnetic effect of electric current 09:03 Magnetic effects of electric current on magnets 13:44 Magnets and the magnetic effect of current 15:56 Current-carrying conductor exhibits magnetic effects. 20:30 Electricity and magnetism are interconnected. 22:45 Iron filings arranging around the magnet 27:13 Electric current produces magnetic effects 29:33 Magnetic field can be represented by lines 33:38 Magnetic field originates from the North and terminates at the South 35:26 Magnetic field lines form closed curves 39:54 Field lines cannot intersect 42:02 Maxwell's right hand thumb rule determines the magnetic field direction 45:40 Understanding the direction of the magnetic field created by current 47:46 Direction of magnetic field reverses when current direction is reversed 51:30 Magnetic field is proportional to current and inversely proportional to distance 53:38 Understanding the magnetic effects of current in wires 57:39 Understanding the magnetic effects of electric current 59:52 Direction of current in the loop is clockwise. 1:04:30 Understanding the behavior of a bar magnet 1:06:44 Magnetic field representation and pole inversion 1:11:19 Understanding the direction of current flow and its relationship to magnetic poles 1:13:24 Understanding the direction of current flow and the magnetic pole visibility 1:17:40 Explains change in magnetic field due to current & position of poles 1:19:56 Understanding magnetic field lines and solenoids 1:24:32 Understanding the direction and effect of current 1:26:33 South Pole visibility in every loop. 1:31:19 Solenoids produce magnetic fields 1:33:42 Increase in turn density increases magnetic field 1:39:06 Magnetic field intensity and its distribution. 1:41:35 Magnetic field intensity is half at the corners and zero on three and four. 1:59:46 Interaction of external magnetic fields with a wire carrying current 2:01:56 External magnetic field exerts force 2:06:11 Explanation of magnetic field and electric current 2:08:01 Understanding the direction of current and force using fingers 2:12:17 Understanding the relationship between electric current and magnetic field 2:14:16 Understanding the direction of magnetic field and force on current-carrying wire 2:18:31 Understanding the interaction between magnetic field and current 2:20:42 Magnetic effects of electric current examples and self-study 2:25:01 Particles and their charges 2:26:56 Understanding the nature of current as a positive entity 2:31:25 Electric current direction in relation to electron movement 2:33:42 Understanding the direction of force on particles due to electric current 2:39:46 Understanding the direction of force and magnetic field in electric currents 2:41:45 Magnetic effects of electric current and current carrying conductor 2:46:10 Experiment and concept of Kicking Wire in the magnetic effects of electric current 2:48:27 Movement of wire in a magnetic field 2:52:33 Understanding the live and neutral wires in a circuit. 2:54:35 Understanding household electrical connections and meters. 2:58:29 Earthing or grounding is important for safety. 3:00:35 Earthing is essential for safety in electrical appliances 3:04:58 Importance of earthing in electric appliances 3:07:06 Short circuiting occurs when current takes a low resistance path 3:11:32 Overloading of an Electric Circuit 3:13:42 Ways to avoid short circuiting 3:18:44 Magnetic effects of electric current thanks me later!
00:00 - Introduction 05:50 - Magnet 07:39 - Facts about magnets 16:14 - Oersted’s experiment 22:23 - Magnetic field lines 41:45 - Maxwell’s right hand thumb rule 43:36 - Magnetic field by straight conductor 55:30 - Magnetic field due to circular loop 1:19:00 - Magnetic field produced by circular loop 1:21:01 - Magnetic field produced due to solenoid 1:57:54 - Fleming’s left hand rule 2:46:26 - Kicking wire experiment 2:51:58 - Domestic electric circuit 3:04:20 - Earthing 3:07:03 - Important definitions 3:17:33 - Thank You Bacchon!
00:00 - Introduction 05:50 - Magnet 07:39 - Facts about magnets 16:14 - Oersted’s experiment 22:23 - Magnetic field lines 41:45 - Maxwell’s right hand thumb rule 43:36 - Magnetic field by straight conductor 55:30 - Magnetic field due to circular loop 1:19:00 - Magnetic field produced by circular loop 1:21:01 - Magnetic field produced due to solenoid 1:57:54 - Fleming’s left hand rule 2:46:26 - Kicking wire experiment 2:51:58 - Domestic electric circuit 3:04:20 - Earthing 3:07:03 - Important definitions
⏳ TimeStamps - 00:00 - Introduction 05:50 - Magnet 07:39 - Facts about magnets 16:14 - Oersted’s experiment 22:23 - Magnetic field lines 41:45 - Maxwell’s right hand thumb rule 43:36 - Magnetic field by straight conductor 55:30 - Magnetic field due to circular loop 1:19:00 - Magnetic field produced by circular loop 1:21:01 - Magnetic field produced due to solenoid 1:57:54 - Fleming’s left hand rule 2:46:26 - Kicking wire experiment 2:51:58 - Domestic electric circuit 3:04:20 - Earthing 3:07:03 - Important definitions 3:17:33 - Thank You Bacchon!(❁´◡`❁)༼ つ ◕_◕ ༽つ
Time Stamp⌛⏳ 5:49 - Magnet 7:39 - Some facts about magnets 16:14 - Oersted's experiment 22:23 - Magnetic field Lines 33:40 - Charactersticks of MFL 41:45 - Maxwell right hand thumb rule 1:18:59 - magnetic field produced by circular Loop 1:57:54 - Fleming's left hand rule 2:46:25 - Kicking wire experiment 2:51:58 - Domestic electric circuit 3:04:20 - Earthing 3:07:03 - important definition 3:17:33 Thank you ☺
2:21:51 Sir i tried in many ways by keeping magnetic field in north,south,west ,east wards directions and changing the directions of current. I tried 5 more ways. Thank You Sir you are one of the best teachers of physics ❤❤ LOVE FROM UDAAN BATCH.
TimeStamps - 00:00 - Introduction 05:50 - Magnet 07:39 - Facts about magnets 16:14 - Oersted’s experiment 22:23 - Magnetic field lines 41:45 - Maxwell’s right hand thumb rule 43:36 - Magnetic field by straight conductor 55:30 - Magnetic field due to circular loop 1:19:00 - Magnetic field produced by circular loop 1:21:01 - Magnetic field produced due to solenoid 1:57:54 - Fleming’s left hand rule 2:46:26 - Kicking wire experiment 2:51:58 - Domestic electric circuit 3:04:20 - Earthing 3:07:03 - Important definitions 3:17:33 - Thank You Bacchon!
Sir I request you to teach those topics also which are not in CBSE but are in old NCERT so that the other state board students will get better understanding of topics
Sir but my class teacher completed this chapter in just 3 days ........... meanwhile I do not understand anything 😔😔😔 But I understand this whole ch by this video in 1 day 👏👏👏👏👏👏
1:27:46 nhi manta sir..kyunki board ke according solenoid ko hum right side se dekhenge to hame current ka direction clockwise dikhega...mean South pole...but aapne North pole bataya hai
Anti clockwise he dikhega By Experiment--- ek paper par circle banao sketch se ya marker us par direction clockwise banao fir paper ke piche dekho kya dikhega
Ya there was a mistake in sir's hand drawn diagram. The magnetic field lines were in the opposite direction as compared to the real diagram. Real diagram: 1:31:42 Hand drawn diagram: 1:31:08
Hello sir.I guess on the right side of solenoid 1:28:03 the pole would be south as from that side the direction of current seems to be clockwise and vice versa. The explanation waas mind blowing and awesome. Understood everything.
2:55:50 this is because in parallel connection voltage remain same so everyone would be given the same among of voltage to run their respective products like ac,fan etc 8n different room
👉 Practice Sheet - Go to Batch - Subject Section - Open DPP PDF Section.
📕 Warrior Series Class 10th: physicswallah.onelink.me/ZAZB/xg50bxxu
📕 Telegram For Notes :- t.me/foundationwallah
Hlo sir aj tk mera name koi bhi nahi leya hai😢
Sir is AC and DC part is deleted
Hllo sir
Sir AC DC current nhi padhaya hai
Sir AC DC current nhi padhaya hai
Electric Current and Circuit
1. Ohm's Law:
- V = IR (Voltage = Current x Resistance)
- I = V/R (Current = Voltage / Resistance)
- R = V/I (Resistance = Voltage / Current)
2. Power:
- P = VI (Power = Voltage x Current)
- P = I^2R (Power = Current^2 x Resistance)
- P = V^2/R (Power = Voltage^2 / Resistance)
3. Energy:
- E = Pt (Energy = Power x Time)
- E = VIt (Energy = Voltage x Current x Time)
Resistance and Resistivity
1. Resistivity:
- ρ = RA/l (Resistivity = Resistance x Area / Length)
2. Resistance:
- R = ρl/A (Resistance = Resistivity x Length / Area)
3. Combination of Resistances:
- Series: R_total = R1 + R2 + ... + Rn
- Parallel: 1/R_total = 1/R1 + 1/R2 + ... + 1/Rn
Electric Potential
1. Electric Potential:
- V = W/q (Voltage = Work / Charge)
Other Formulas
1. Kilowatt-hour (kWh):
- 1 kWh = 1000 Wh = 3.6 x 10^6 J
2. Fuse and Circuit Breaker:
- I = V/R (Current = Voltage / Resistance)
Units and Conversions
1. Volt (V)
2. Ampere (A)
3. Ohm (Ω)
4. Watt (W)
5. Joule (J)
6. Kilowatt-hour (kWh)
like plS >>>>>>>>>>
Jo Jo preboard ke liye padh rahe hai vo yaha attendance lagao 😂😂
Isme hasne ki kha jaruradh?
Yes
Me
I pray to God me and also everyone who in 10 th board session 2024-2025 score 100%+ marks 👏👏☺️
Etna achha pray mt kro jo kabhi possible hi nahi hai😢😢
Aameen❤
Thank you 🙏 I hope hamare prayers avashya pure honge 🙏💯👍🇮🇳
Thanks
Exception:My class friends
I hope everyone get +98% in their board exam
𝚃𝙷𝙺 𝚄 😅
Thanks ❤
Aapke muh me dahi shakkar🎉
❤
bhai aayenge to hai nahi
1 like=99% in board don't risk....😂😂
uuygyutjfgyyjk
bhai mujhe 100% chahiye
Hmm boards wala to tera baap hai n
@@CURLYSHIVAM 🤣🤣
Like kar diya hu mera paper deke aa jana aur 99% chahiye
Kaash Is new year me sabke board bhut badhiya jaaye❤
Thanks
Kaash iss New year me sabke exam cancel ho jaaye 😂
kAASh@@jitendarjd2637
ony 65% in science sqp
Just translate it in youtube
TimeStamps -
00:00 - Introduction
05:50 - Magnet
07:39 - Facts about magnets
16:14 - Oersted’s experiment
22:23 - Magnetic field lines
41:45 - Maxwell’s right hand thumb rule
43:36 - Magnetic field by straight conductor
55:30 - Magnetic field due to circular loop
1:19:00 - Magnetic field produced by circular loop
1:21:01 - Magnetic field produced due to solenoid
1:57:54 - Fleming’s left hand rule
2:46:26 - Kicking wire experiment
2:51:58 - Domestic electric circuit
3:04:20 - Earthing
3:07:03 - Important definitions
3:17:33 - Thank You Bacchon!
-------------------------------------------------------
I hope all the students get 100 percent in their boards👍👍
mai udaan se hu gyan matm do
Why do all these viral comments in PW have these laughing emojis when there is no need of it.
But that is impossible
@@vikramjakhar7100 impossible says "I m possible
@@Sakshisinha21gyani dd
The one reading this
Hello Stranger
Keep Believing Your Capability Ability
you will surely get good result
Keep doing Good Work
❤❤❤
By Artist Blob
Thank you brother... ❣️
Love you da
Thanku dost
Thnxx❤
Thank u ...stranger ..
We all are same 😁❤️🫀
U are capable ❤
00:00 - Introduction
05:50 - Magnet
07:39 - Facts about magnets
16:14 - Oersted’s experiment
22:23 - Magnetic field lines
41:45 - Maxwell’s right hand thumb rule
43:36 - Magnetic field by straight conductor
55:30 - Magnetic field due to circular loop
1:19:00 - Magnetic field produced by circular loop
1:21:01 - Magnetic field produced due to solenoid
1:57:54 - Fleming’s left hand rule
2:46:26 - Kicking wire experiment
2:51:58 - Domestic electric circuit
3:04:20 - Earthing
3:07:03 - Important definitions
3:17:33 - Thank You Bacchon!
Thank me later!
EDIT - Thank you for 3 likes I never got
Thanx mate❤🙏🏻
Duck you it's already given
⏳ TimeStamps -
00:00 - Introduction
05:50 - Magnet
07:39 - Facts about magnets
16:14 - Oersted’s experiment
22:23 - Magnetic field lines
41:45 - Maxwell’s right hand thumb rule
43:36 - Magnetic field by straight conductor
55:30 - Magnetic field due to circular loop
1:19:00 - Magnetic field produced by circular loop
1:21:01 - Magnetic field produced due to solenoid
1:57:54 - Fleming’s left hand rule
2:46:26 - Kicking wire experiment
2:51:58 - Domestic electric circuit
3:04:20 - Earthing
3:07:03 - Important definitions
3:17:33 - Thank You Bacchon!
ntroduction
05:50 - Magnet
07:39 - Facts about magnets
16:14 - Oersted’s experiment
22:23 - Magnetic field lines
41:45 - Maxwell’s right hand thumb rule
43:36 - Magnetic field by straight conductor
55:30 - Magnetic field due to circular loop
1:19:00 - Magnetic field produced by circular loop
1:21:01 - Magnetic field produced due to solenoid
1:57:54 - Fleming’s left hand rule
2:46:26 - Kicking wire experiment
2:51:58 - Domestic electric circuit
3:04:20 - Earthing
3:07:03 - Important definitions
3:17:33 - Thank You Bacchon!
-----------------------------
00:01 Introduction to magnetic effects of electric current
02:41 Understanding the application of Fleming's, Maxwell's and right hand thumb rule
06:46 Magnetic effect of electric current
09:03 Magnetic effects of electric current on magnets
13:44 Magnets and the magnetic effect of current
15:56 Current-carrying conductor exhibits magnetic effects.
20:30 Electricity and magnetism are interconnected.
22:45 Iron filings arranging around the magnet
27:13 Electric current produces magnetic effects
29:33 Magnetic field can be represented by lines
33:38 Magnetic field originates from the North and terminates at the South
35:26 Magnetic field lines form closed curves
39:54 Field lines cannot intersect
42:02 Maxwell's right hand thumb rule determines the magnetic field direction
45:40 Understanding the direction of the magnetic field created by current
47:46 Direction of magnetic field reverses when current direction is reversed
51:30 Magnetic field is proportional to current and inversely proportional to distance
53:38 Understanding the magnetic effects of current in wires
57:39 Understanding the magnetic effects of electric current
59:52 Direction of current in the loop is clockwise.
1:04:30 Understanding the behavior of a bar magnet
1:06:44 Magnetic field representation and pole inversion
1:11:19 Understanding the direction of current flow and its relationship to magnetic poles
1:13:24 Understanding the direction of current flow and the magnetic pole visibility
1:17:40 Explains change in magnetic field due to current & position of poles
1:19:56 Understanding magnetic field lines and solenoids
1:24:32 Understanding the direction and effect of current
1:26:33 South Pole visibility in every loop.
1:31:19 Solenoids produce magnetic fields
1:33:42 Increase in turn density increases magnetic field
1:39:06 Magnetic field intensity and its distribution.
1:41:35 Magnetic field intensity is half at the corners and zero on three and four.
1:59:46 Interaction of external magnetic fields with a wire carrying current
2:01:56 External magnetic field exerts force
2:06:11 Explanation of magnetic field and electric current
2:08:01 Understanding the direction of current and force using fingers
2:12:17 Understanding the relationship between electric current and magnetic field
2:14:16 Understanding the direction of magnetic field and force on current-carrying wire
2:18:31 Understanding the interaction between magnetic field and current
2:20:42 Magnetic effects of electric current examples and self-study
2:25:01 Particles and their charges
2:26:56 Understanding the nature of current as a positive entity
2:31:25 Electric current direction in relation to electron movement
2:33:42 Understanding the direction of force on particles due to electric current
2:39:46 Understanding the direction of force and magnetic field in electric currents
2:41:45 Magnetic effects of electric current and current carrying conductor
2:46:10 Experiment and concept of Kicking Wire in the magnetic effects of electric current
2:48:27 Movement of wire in a magnetic field
2:52:33 Understanding the live and neutral wires in a circuit.
2:54:35 Understanding household electrical connections and meters.
2:58:29 Earthing or grounding is important for safety.
3:00:35 Earthing is essential for safety in electrical appliances
3:04:58 Importance of earthing in electric appliances
3:07:06 Short circuiting occurs when current takes a low resistance path
3:11:32 Overloading of an Electric Circuit
3:13:42 Ways to avoid short circuiting
3:18:44 Magnetic effects of electric current
thanks me later!
Thanx buddy🙏🏻❣️
@@bunny_P21 welcome !!
00:00 - Introduction
05:50 - Magnet
07:39 - Facts about magnets
16:14 - Oersted’s experiment
22:23 - Magnetic field lines
41:45 - Maxwell’s right hand thumb rule
43:36 - Magnetic field by straight conductor
55:30 - Magnetic field due to circular loop
1:19:00 - Magnetic field produced by circular loop
1:21:01 - Magnetic field produced due to solenoid
1:57:54 - Fleming’s left hand rule
2:46:26 - Kicking wire experiment
2:51:58 - Domestic electric circuit
3:04:20 - Earthing
3:07:03 - Important definitions
3:17:33 - Thank You Bacchon!
Thanks bhai
Description me likh rakha hai 😂😂
Oo tab to ham bhi oversmart ban sakte Hain 😊
00:00 - Introduction
05:50 - Magnet
07:39 - Facts about magnets
16:14 - Oersted’s experiment
22:23 - Magnetic field lines
41:45 - Maxwell’s right hand thumb rule
43:36 - Magnetic field by straight conductor
55:30 - Magnetic field due to circular loop
1:19:00 - Magnetic field produced by circular loop
1:21:01 - Magnetic field produced due to solenoid
1:57:54 - Fleming’s left hand rule
2:46:26 - Kicking wire experiment
2:51:58 - Domestic electric circuit
3:04:20 - Earthing
3:07:03 - Important definitions
Jis jis ko 95% se upar pana hai vo attendance laga de 😂
Passing marks 😢
Ki mai attendance
Lagaou
Hn bhaii kitne aaye
Teri
A big round of applause for Rakshak sir ❤🎉
All the best pigeons and pegians👍🎉
😊
Peganias
Pegina
Pegians
People Studying 2 days before the exam will get 99 Marks 😂😂😂
meeeeeeeeeeeee
kabhi zindagi me nhi laa sakte agar 2 din pra course karne bhaitho especially science ka
1:13:46 funniest part for double meaning person😂😂😂😂😂😂😂😂
Like
padne aye he toh padle bhai
@Scammer-05prr tera senior hu me chaman
@@Tanuj_rathore_ toh kya nachu chomu
@@Tanuj_rathore_ 😂
Bgwan kre sbko 95%+ aayye
Very important session ❤ and so important from point of view 2:44:09
I wish every student of class 10 get 90% 😊🎉
we all will get 95 percent
95%+ bhai 🛐
@@tanishajain1583 ya sure 👍
But i got 76.4% in my 10th board.
⏳ TimeStamps -
00:00 - Introduction
05:50 - Magnet
07:39 - Facts about magnets
16:14 - Oersted’s experiment
22:23 - Magnetic field lines
41:45 - Maxwell’s right hand thumb rule
43:36 - Magnetic field by straight conductor
55:30 - Magnetic field due to circular loop
1:19:00 - Magnetic field produced by circular loop
1:21:01 - Magnetic field produced due to solenoid
1:57:54 - Fleming’s left hand rule
2:46:26 - Kicking wire experiment
2:51:58 - Domestic electric circuit
3:04:20 - Earthing
3:07:03 - Important definitions
3:17:33 - Thank You Bacchon!(❁´◡`❁)༼ つ ◕_◕ ༽つ
We are very fortunate one to find a teacher like rakshak sir who teaches in that manner by which we can understand easily ❤🎉🌹💓💘
English k liye bhi ache teacher hai par ap sayad unke class attend Nehi kartey
😂😂@@DhritiRakshit
Understood is just a word, Feel Aana is Emotion
100% to nhii bss itne acche percentage bn jayee ki parents khush hoo jye !!🫶🏻🙂
Such mai 👍
3:18:22 finally physics puri ho geye ❤❤❤💃💃🕺🕺
Jisko chapter bilkul ache se samaj aayaa h vo aavggg 🔥🔥🔥🔥🔥🔥🔥 lagao
Time Stamp⌛⏳
5:49 - Magnet
7:39 - Some facts about magnets
16:14 - Oersted's experiment
22:23 - Magnetic field Lines
33:40 - Charactersticks of MFL
41:45 - Maxwell right hand thumb rule
1:18:59 - magnetic field produced by circular Loop
1:57:54 - Fleming's left hand rule
2:46:25 - Kicking wire experiment
2:51:58 - Domestic electric circuit
3:04:20 - Earthing
3:07:03 - important definition
3:17:33 Thank you ☺
⁰⁰⁰⁰⁰⁰⁰⁰⁰⁰⁰⁰⁰⁰⁰⁰0ⁿⁿⁿ
Bhai abhi bhi koi Aya h kya mere sath padhne..
Me yaar
Yes
Mai
Me broh
2:21:51 Sir i tried in many ways by keeping magnetic field in north,south,west ,east wards directions and changing the directions of current. I tried 5 more ways. Thank You Sir you are one of the best teachers of physics ❤❤ LOVE FROM UDAAN BATCH.
2:39:04
Alpha inward
Beeta outward
Gama has no force
Hlo
@@Naught.ypair1 chup
@shivi14510 is kicking wire experiment not been deleted from the syllabus ??
Hi take a bit diflection on comment 😂😂😊
Pray Button for get 98% in Board exam ❤
❤
2:05:48 Legend knows 😅
Yes😂😂😂😂😂
1:29:11 sir ne toh eye contact hi kra diya 😆
TimeStamps -
00:00 - Introduction
05:50 - Magnet
07:39 - Facts about magnets
16:14 - Oersted’s experiment
22:23 - Magnetic field lines
41:45 - Maxwell’s right hand thumb rule
43:36 - Magnetic field by straight conductor
55:30 - Magnetic field due to circular loop
1:19:00 - Magnetic field produced by circular loop
1:21:01 - Magnetic field produced due to solenoid
1:57:54 - Fleming’s left hand rule
2:46:26 - Kicking wire experiment
2:51:58 - Domestic electric circuit
3:04:20 - Earthing
3:07:03 - Important definitions
3:17:33 - Thank You Bacchon!
Present lgao jiska syllabus abhi tk bacha hai 😅😅😂
डर असफल होने से नहीं लगता।
डर तो माँ बाप के उदास चेहरे से लगता हैं 😭//😢❤😊❤//😢😢❤
didi kush samaj nahi aaya but ddeekkhake aacha laga
1:03:24 current:- anticlockwise
Magnetic field lines:- outwards
I hope all 10 th students will get above 95%🎉🎉🎉🎉🎉
Bahi bhagwan ka maan hua too aa he jayega❤❤
Yess❤
1:58:08 ya sir😅😅
Anyone in December ??👍
🙌
Everyone😂😂😂
@@projectsstreams9871 😅
1:11:10 anti anti 😂😂😂😂😂😂
Thanks for this nice lecture guruji
Give attendence board aspirants of 2024❤
❤
❤
❤
❤
Rakshak sir ne to baar baar aag laga di😂
2:16:07 magnetic field = right
current =downwards
force= outwards
Dhanwaad sir tohada bot bot ❤️🙏🏻
2:19:32 best part of the session
1:07:47 🔥🔥🔥🔥🔥🔥❤🔥❤🔥❤🔥❤🔥
54:10 1:- anti clockwise
2:- Clockwise 🔁
😮😮😮😢😢😢😢😢😢😢😢😢😢😢😢😊😅😮
All the best for board exam 👍👍
Do hard work and smart work💯
Be Happy Be Positive😇😇
Legends are watching 1 day before exam 😅 attendence plz
This warriors session is very beneficial to us ❤❤❤❤
And thanks for all pw teachers ❤❤❤
And Hope we get +95 percent in board ❤
1:43:57 😁😁😁😁
Sir I request you to teach those topics also which are not in CBSE but are in old NCERT so that the other state board students will get better understanding of topics
Rakshak sir is best physics teacher in the world.🙏
King of physics RAKSHAK DUA SIR❤❤
❤❤
1:42:00 strength at different places of solenoid
1:10:26 sir aapka jugad ekdm garda uda dene wala hai 🤩😄😄
Who is here on 26 feb 2024-
Hanji hanji
@@koustubh95 padh liya bhai kya sab kuch aapne???
Rakshak sir aap kitne aache hai aap hamari rakshah krte hai 😊
Sir but my class teacher completed this chapter in just 3 days ........... meanwhile I do not understand anything 😔😔😔
But I understand this whole ch by this video in 1 day 👏👏👏👏👏👏
who is watching in oct
22 oct😂
me on 25th oct 😂😂😂😂
@@IshanVerma-sl6fu 😆
29 oct
31 October 😢
On diwali in morning 😅
1:14:20 🔥🔥🔥🔥🔥🔥🔥🔥🔥 samajh aaya sir 😂😂😂😂
You really nailed this. ❤thank you so much for this wonderful session 🔥🔥🔥🔥🔥🔥🥳........
mcmcmcmcmcccmcmcmccmcmccmc
Sir i bow down to you🙇♂️🙇♂️🙇♂️
Mereko mere khudki mam nhi sikha payi ye chapter aur appne sikha diya...
🔥🔥🔥🔥 1:18:50
Respect button for Rakshak Sir to support us and motivate us as a guider would u agree because of RAKSHAK SIR we become superb in physics❤❤❤..........
❤❤❤❤❤❤
Hii
1:18:36 🔥
1:02:50 M.F.=OUTWARDS OR I=ANTICLOCKWISE
GRAT SALUTE TO RAKSHAK SIR WHO KILLED OUR FEAR OF CHAPTER MAGNETIC EFFECT OF ELECTRIC CURRENT 🥰🥰❤❤
Yup😊
YAA REALLY
HE IS GOD OF PHYSICS
Electricity hojaye toh mah science mah top kardu
🎉🎉😂😂
1:27:46 nhi manta sir..kyunki board ke according solenoid ko hum right side se dekhenge to hame current ka direction clockwise dikhega...mean South pole...but aapne North pole bataya hai
Had the same confusion
Anti clockwise he dikhega
By Experiment--- ek paper par circle banao sketch se ya marker us par direction clockwise banao fir paper ke piche dekho kya dikhega
Ya there was a mistake in sir's hand drawn diagram. The magnetic field lines were in the opposite direction as compared to the real diagram.
Real diagram: 1:31:42
Hand drawn diagram: 1:31:08
I think there was a mistake in real diagram not in. Sir's hand-drawn diagram because in book also sir's hand-drawn diagram is given not real diagram
Aur haan ho sakta hai sir ke diagram me ya real diagram me solenoid ko reverse Kiya gya ho jisse pole bhi reverse kiye gye ho .
Hello sir.I guess on the right side of solenoid 1:28:03 the pole would be south as from that side the direction of current seems to be clockwise and vice versa.
The explanation waas mind blowing and awesome. Understood everything.
2:55:50 this is because in parallel connection voltage remain same so everyone would be given the same among of voltage to run their respective products like ac,fan etc 8n different room
i hope all students score 99% in their boards 😇😇
@babuapw I hope all Indian 10th students gets 💯% in board
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Ha yrr milna chahiye😊
@@savitachoudhari516 👍
@@Piyush.yadavv_0 kahase hoo aap
@@savitachoudhari516 guwana(behror)🔥💯
3:18:20 finally !! 🎉
2024 -25 batch attendance here😅
meri 10th class ki science complete ho chuki hai is summer vacation
Thank you so much pw teacher💯🙏🙏🙏🙏🙏🙏🙏🙏🙏😇😇
Bhai aisa mat bol hum bacche ghabra jayenge humne to abhi notebook bnani suru ki hai 😂😂😂😂😂
1:18:12 dance moves 😎😎😎. KOP for every reason 😎
May everyone got 100 % in your board's examination....❤
1:03:07 reverse 1:03:19 anti clockwise
1:03:16 anti clockwise(I)
Outward(m.f)
Kon kon ab thik se padna chahta h😢🎉❤
Amazing lecture thank you sir for ur efforts .I will comment my marks in science after the board exam bcoz i studied whole physics from you.
1:11:40🤣🤣🤣🤣🤣
Students who likes rakshak sir❤👇
Kon kon abhi start kiya hai padhna😅
Me
🔥🔥🔥🔥 27:59
Thank you so much sir for this amazing lecture ❤
28:20
Session 2024-25 mein 95% lane wale aag💥💥💥 laga de
🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥 2:52:02
Sir please ek aur live one shot karwado magnatic effect of electric current
Karwado
2025 present😢 here
Hiii
54:00 1. Anticlockwise 2. Clockwise
Monopoll do not exist 1:15:04
Congratulation sir for your wedding life ❣️🎊🥀
1:18:14 best part sir dancing and singing inthe same way nice sir 😂😂😂😊😊😊😊
Dream IIT jee form class 10th
Solenoid just looking like a bar magnet
2:38:17 🔥🔥🔥
Anyone in December😅😅😅😅😊