2:27 concept of magnetic field 3:15 Oersted's experiment 5:58 experiment 7:51 biot savart law 21:57 Magnetic field at the centre of circular current loop 29:02 Magnetic field at the axis of circular current loop 42:03 rules for finding the direction of a magnetic field due to circular current loop 44:03 amperes circuital law 51:41 application of amperes law to a straight conductor 54:21 magnetic field for a solenoid 1:07:49 experiment 1:10:21 motion of a charged particle in a uniform magnetic field 1:16:15 when the initial velocity is parallel to the magnetic field 1:17:42 when the initial velocity is perpendicular to the magnetic field 1:28:48 when the initial velocity makes an arbitrary angle with the field direction 1:33:35 show that K.E remains constant of charged particles 1:36:24 Force on a current carriing conductor in magnetic field 1:39:45 force expression for a straight current carrying wire 1:45:17 expression for force per unit length between two infinite long straight current carrying wires 1:55:28 Torque experienced by a current t loop in uniform magnetic field 2:09:40 Moving coil galvanometer 2:26:11 sensitivity of galvanometer 2:31:02 difference between ammeter and voltmeter 2:33:11 conversion of galvanometer into ammeter 2:36:53 conversion of galvanometer into voltmeter
1:21:14 guys yaha shayad kuch galti hai Sir ne galti se B×V kar diya jisse force downward aaa gayi Jabki V×B karna cahiye tha jisse force upward hogi aur yahi sahi hona cahiye
best ever one shot ,, no time wasting , no unnecessary things , all derviations with best explaintions and real experiments all were awesome .. please sir make all the chapters and please dont leave any topic as u never do ,, thanks u so much sir ,,,
Timestamps 00:16 - One shot on Moving Charges and Magnetism 00:56 - Introduction to Moving Charges and Magnetism 02:23 - Understanding magnetic fields and conductors 03:06 - Introduction to Oersted's Experiment 04:48 - Conductors create magnetic fields when current flows through them. 05:36 - When a current-carrying conductor is present in a particular area, it will produce a magnetic field around it. 07:04 - Moving charges are sensitive to magnetic fields 07:45 - Current-carrying conductor produces magnetic field. 09:22 - Calculation of magnetic field for small segments 10:33 - The production of magnetic field is proportional to the current in the conductor. 12:22 - Magnetic field is directly proportional to theta 13:01 - Moving charges are directly proportional to length and theta, and inversely proportional to square of distance 14:52 - Explanation of the value of k in the context of Magnetic Field 16:05 - Discussion on units of constants in free space 17:59 - Introduction to magnetic field and Tesla unit 18:41 - Introduction to Magnetic Field in Vector Form 20:23 - Understanding the concept of cross product in vector physics 21:25 - Medium Dependency and Cross Product Importance 22:47 - Focus on understanding chapter parts before practicing questions 23:30 - Understanding magnetic fields around circular loops 25:00 - Understanding circular current loop and magnetic field production. 26:18 - Calculating total magnetic field using integration 28:36 - Derivation of formula for magnetic field at the center of a circular loop 29:33 - Understanding magnetic field around a circular loop 31:28 - Understanding magnetic field formula and cross product direction 32:19 - Understanding the magnetic field in 2D plane 35:01 - Canceling of Vector Components and Addition of Sign 36:09 - Understanding Theta By 4 37:47 - Understanding perpendicular components and hypotenuse in Magnetic fields 38:45 - Understanding the complexity of derivatives in physics 40:42 - Understanding the implications of zero values in equations 41:38 - Deriving magnetic field using axial and equatorial points 43:12 - Clockwise current produces a magnetic field as per right hand thumb rule. 43:56 - Introduction to gas laws and the gas theorem 45:45 - Concept of imaginary loops and current 46:28 - Understanding the linear integral of magnetic field for closed surfaces or loops. 48:20 - Ampere's law used to prove magnetic field for a straight wire 49:18 - Demonstrating integration of theta and length element in an open loop. 51:08 - Deriving magnetic field for a straight wire 52:02 - Explaining the concept of magnetic field due to a current carrying wire 54:05 - Derivation of formulas for straight wire and circular loop 54:52 - Understanding the movement of charges in a solenoid 56:30 - Magnetic field moves from South to North 57:14 - Inside the solenoids, the magnetic field is uniform. 59:11 - Understanding unit length of solenoids and number of turns 1:00:27 - Solenoid dimensions and Ampere's circuital law 1:02:50 - Discussion on magnetic field angles 1:03:44 - Understanding the integration of length in a solenoid 1:06:01 - Understanding the concept of number of turns and net current 1:06:48 - Understanding the relationship between turns and magnetic field in solenoids 1:08:32 - The iron filings are aligned in the same direction as the magnetic field of a bar magnet. 1:09:23 - Comparison between bar magnet and circular magnet 1:11:07 - Understanding the interaction between moving charges and magnetic fields. 1:11:53 - Charges interacting with magnetic fields create forces. 1:13:34 - Relationship between velocity and magnetic field angle 1:14:30 - Q v cross B formula helps in changing direction of velocity in magnetic field 1:16:46 - Charges entering magnetic field at different angles 1:17:46 - Charges entering magnetic field and perpendicular entry 1:19:31 - Explaining the maximum and minimum values of force with respect to theta 1:20:22 - Charges experience force in a magnetic field 1:22:03 - Circular motion in magnetic field explained 1:22:48 - Moving charged particle in a circular path experiences centripetal force due to magnetic force 1:24:46 - Deriving the formula for time period of circular motion 1:25:34 - Understanding the relationship between frequency and time period formulas. 1:27:10 - Moving charge does not change its magnetism. 1:28:49 - Discussing the change in the concept of cyclotron. 1:30:33 - Understanding the force on moving charges 1:31:23 - Understanding the magnetic field and force direction 1:32:54 - Moving charges will rotate due to both components of the magnetic field. 1:33:35 - Derivation of kinetic energy in a magnetic field 1:35:43 - Kinetic energy remains constant when a charged particle enters a magnetic field 1:36:37 - Conductor experiences force in a magnetic field 1:38:22 - Exploring torque generated in a current-carrying conductor in a magnetic field. 1:39:40 - When a charge is moving in a magnetic field, force is experienced. The formula for calculating force on a current-carrying conductor is given by F = BIL sin(theta). 1:41:41 - Understanding volume in relation to charge and force formula 1:42:34 - Understanding the number of electrons and their charges. 1:44:16 - Understanding the product of i and b in third chapter 1:45:16 - Derivation of torque is the key concept in this chapter. 1:47:17 - First wire generates magnetic field affecting the second wire 1:48:09 - Understanding force in actuality and calculating force per unit length 1:49:58 - Understanding the angle relationship in magnetic fields 1:50:59 - Explanation of magnetic field and force calculation 1:52:34 - Discussion on the direction of magnetic field and its effect on wires 1:53:14 - Understanding cancellation of magnetic fields 1:55:07 - Understanding torque on a current-carrying loop in a uniform magnetic field 1:55:53 - Understanding torque and magnetic field in a magnet 1:57:42 - Introduction to magnetic field and current 1:58:27 - Understanding the direction of force and current in a loop. 2:00:24 - Deriving the formula for force on a wire 2:01:18 - Understanding forces on charges in a magnetic field 2:02:57 - Explaining the relationship between magnetic field, current, and angle. 2:03:52 - Explanation of forces in magnetic field direction 2:06:05 - Understanding Torque Calculation 2:07:13 - Understanding forces acting between charges using vector concepts 2:09:19 - Importance of Moving Coil Galvanometer in Physics 2:10:05 - Important topics like cyclotron and their relevance for exams 2:11:50 - Moving Coil Galvanometer working principle explained 2:12:33 - Presence of torque on carrying conductor in a magnetic field 2:14:26 - Understanding the cause and effect of magnetic fields in soft iron core 2:15:26 - Understanding the basic setup of a pointer in the context of moving charges and magnetism. 2:16:48 - Demonstrating tension and galvanometer in connection with a spring and pointer 2:17:24 - Understanding the working of galvanometer and magnetic fields 2:19:00 - Soft iron displays unique magnetic properties 2:19:43 - Achieving permanent magnetization and constant torque 2:21:18 - Explaining angular concepts and deflection 2:22:10 - Understanding the constant and variable components of a galvanometer 2:23:49 - Current Deflection in Galvanometer 2:24:38 - Galvanometer can detect and measure small currents 2:26:14 - Understanding Current Sensitivity of Galvanometer 2:27:26 - Factors affecting current sensitivity of a galvanometer 2:29:01 - Understanding volt sensitivity and deflection produced 2:30:11 - Discussing voltage sensitivity and current sensitivity 2:31:50 - Importance of resistance in series and parallel circuits 2:32:47 - Understanding and converting resistance for a galvanometer to a voltmeter 2:34:44 - Understanding the concept of resistance and current ranges 2:35:47 - Calculation of shunt value using KCL and KVL 2:37:25 - Explaining the conversion of galvanometer to voltmeter 2:38:32 - Encouraging feedback and interactions from viewers 😄😄
1:51:04 Sir salute to your efforts. Thank you, sir, for creating these well-structured lectures. We truly appreciate how much thought and clarity you've put into each lesson, making complex topics so much easier to understand. Salute to your hard work and commitment.
Sir maza aagya please baki chapters ki bhi aise hi one shot lado....... Bhut aacha padhate ho sir aap please syllabus complete karwado for 2024-25 batch😭😭
2:31:01 [ammeter] =1) it measures current 2)It is connected in series combination 3)Resistance of ammeter should be as low as possible [Voltmeter]=1) it measures potential difference between two given point 2) it is connected in parallel combination 3) resistance should be high
Thank u so much sir itni mhnt krke lacture complete kra or phir bhi sham ko dubara se sara lacture usi 💯 % josh or energy ke sath dubara bnaya sirf hmare liye...... thank u so much sir ❤... really thank u soo sooo much sir 💕🌹☺️☺️😊💕💕❤️💗✨
Thank u sir This is a One of the Best One short sir oneshot chahe jitna bada ho Hme koi dikkat nhi h Bs Hm log es baat se khush h ki Aap HAr ek topic acchhe se samjha dete h One shot me hi Aur koi teacher Nhi samjhate h One shot me You are the best teacher Sir i am a Lucky person jisko Aap jaise mahan teacher se padhne ka mauka mila h 🙂🥰😘
Let us take a straight wire carring current i in upward direction and taking circular ampere loop of radius r where dl is the length element of Imaginary Loop...
Sir it's a humble request for you Please aap aasehi one shot upload karte rahiye saare chapters ka 🙏 please sir Mujhe physics mai bahut Dar lagta h Aur sirf aapka hi samjh aata h So please sir baat ko samjho l..♥️🙏😇
Sir you're great...10th me bhi mujhe kuch nhi smjh aa rha tha to aapke hi lectures attend Kiya tha...aur ab 12th me bhi allen se pdh rha but boards ke liye aapke pass hi aaya..aur aapke oneshots to sir ek number... Jaan bchane wale hote hain..keep making one shots like this sir.... tysm 🙏🏼
I have completed my syllabus from school and now I was thinking that I only need revision for my boards final but I forgot the things completely I studied now started this series of one shot to complete again
Sir even though I have your purchased batch but due to some reason I was not able to be attain regular classes there so many backlogs have been created so ur one shot is very good to overcome them 🎉
Thank you so much sir, for all your efforts. I love the fact that all of your one shots are simple yet detailed with all the information that one needs to solve the questions. Only you have the ability to teach in this short yet descriptive of yours on youtube. Sir, please continue this series and also please upload organic chemistry also for 12th fast!! Please please please sir!
1:22:17 sir apne direction of force galat dikhaya hai aur , +ve j cap ki taraf hoga , and ha apne jo magnet field at axial position from the centre of current carring loop mein derivation kiya tha , usmein current k direction galat dikhai hai sirf direction change karne se sari calculation change jo jayegi , please correct that ........ , ok !!!! usmein galti ho sakti hai but force ki direction dikhana , sir ye kaise galat ho gaya apse ????? don't take my comment otherwise i just wanna koi bhi kuch galat na seekhe ......
1:20:34 guys sir ne galti se direction downward kar diya hai. Jabki direction upward ayega. Kyo ki F=q(V×B) hota hai our iska direction upward ata hai.😊😊
Sir I swear app hi sbse best teacher ho Sir mai tution bhi jarii thi kyunki app videos ni daal re they lekin ab jb appne shuru krr diya toh maine tution bnd kr diya Sir 10 mei bhi mai appse hi padhi thii aur I mean sareyy subject hi maine science and fun se hi padhaa thaaa 10 mei meree 98% ayiii sir thankuu so much Bss sir app esii hi videos dalte rahee 👍🏻
Sir please basic maths ka ek lecture ya to aap daal(ashu sir) dijiye ya ushank sir se dalwa dijiye please sir it's my humble request! Sir please🙏 Jis jis ko ye lecture chahiye vo like kijiye
Sir taught Each and every topic very deeply..I'm really thankful that i came across you on the right time. My physics and chemistry depends on you sir. You are the best educator for me. 🍀
Sir .... Aap kaa ye one shot syllabus completion + concept clear karne ke liye bohut help kar raha hai and aise aapka blessings and support dijiye taaki hum accha score kar sakke boards mei bhi 😇🙏🏻❤
Love the way you teach...... Genuinely saying this..... These one shots are very helpful....... ❤❤❤❤❤ .... Plzzz continue these one shots ❤❤❤❤❤❤❤❤ Thank you for the detailed explanation of the derivations..... Lots of love and respect to you sir ❤❤❤❤❤❤🙏🙏🙏🙏🙏🙏
ammazing content , following from past 2 years . ashu sir never dissapoints he recorded twice cause of audio issues still he rewrote all the ppts,his hardwork and consistency is unmatched
Thank you sir,sir please aap ese hi Bohot acche acche one shots banate rahiye ❤ and I love your one shots a lot......And please aap next chapter ka bhi one shot le aaiye
Sir these lectures are really so helpful for me sir maine physics ki classes bhi ki offline but unka explanation mujhe samajh nhi aya waha to maine pay bhi Kiya tha but yaha to pay kare bagair hi itna achchha explanation mujhe mil gya thank you thank you so much 🙏
1:21:48 sir using the right hand rule We will turn our fingers from velocity to magnetic field the force will be upwards not downwards. This a small correction i just wanted to highlight
Sir complete jldi saare chapter k one shot la dijiye....kyuki youtube pe aur Khi v itni acche se smjh nhi ati...n o log one shot me bhot topic skip v kr dete h...but ap esa nhi krte ho...isliy we love your videos...sir mera bhot jada back lig h...aj tk Mene physics uthi hi nhi..Hm plse sir fully dependent on you ....jldi complete kesa dijiye exams ane wala h ...n...hme revise krne ko v time mil I chahiye isliy😢😢😢😢
Sir please aap jaldi jaldi one shot upload kara kijiye kyuki hamare school mai second part pdana start ker diya hai or hamare revision ke liye aapke one shot bohot helpfull hai toh sir plzz ab se lecture regular dalna sir plzz kyuki baki classes ke liye toh playlist bani hui hai per 12 th ke liye sare ch ki playlist nahi hai 🙏🙏🙏
good evening, sir . I had started my revision lectures with your 1shot sessions, but I am lagging with 2 months backlog and again i comeback and its really feel motivated and very useful thank you so much sir for you amazing lecture❣❣❣
📒Most Recommended Books for 2025 Board Exams by Ashu Sir
Class 12- amzn.to/4aPqewp
Sir direction of dB vector is wrong.... it should be bent towards left according to right hand thumb rule . 32:12
Thanks
sir one shot series ki playlist bna do please🙏🙏🙏
Sir physics chapter 5 magnetis and matter ka one shot kra dijiye n plzz
sir please provide ppt
2:27 concept of magnetic field
3:15 Oersted's experiment
5:58 experiment
7:51 biot savart law
21:57 Magnetic field at the centre of circular current loop
29:02 Magnetic field at the axis of circular current loop
42:03 rules for finding the direction of a magnetic field due to circular current loop
44:03 amperes circuital law
51:41 application of amperes law to a straight conductor
54:21 magnetic field for a solenoid
1:07:49 experiment
1:10:21 motion of a charged particle in a uniform magnetic field
1:16:15 when the initial velocity is parallel to the magnetic field
1:17:42 when the initial velocity is perpendicular to the magnetic field
1:28:48 when the initial velocity makes an arbitrary angle with the field direction
1:33:35 show that K.E remains constant of charged particles
1:36:24 Force on a current carriing conductor in magnetic field
1:39:45 force expression for a straight current carrying wire
1:45:17 expression for force per unit length between two infinite long straight current carrying wires
1:55:28 Torque experienced by a current t loop in uniform magnetic field
2:09:40 Moving coil galvanometer
2:26:11 sensitivity of galvanometer
2:31:02 difference between ammeter and voltmeter
2:33:11 conversion of galvanometer into ammeter
2:36:53 conversion of galvanometer into voltmeter
Bhai book meh bio savart law nhi dikh rha
@@bunsingh1220 lol bro 😂😂
where is lorentz force bhai
Bhai tune aadha chapter hu padha aur fir chor diya lecture😂😂
@@r4hul.in4k bta Bhai
1:21:14 guys yaha shayad kuch galti hai
Sir ne galti se B×V kar diya jisse force downward aaa gayi
Jabki V×B karna cahiye tha jisse force upward hogi aur yahi sahi hona cahiye
ur right
Yes
Bola sir ne V×B par galti se kar diya B×V
yesss
1:55:41 oooo yaaaa
Vote for magnetism and matter 👇👇👇👇👇👇👇
❤
Please sir upload kr digiye one shot is pr bhii
👉yes...👍
Vote.for Tokyo revengers s2 in hindi dubbed 😢😢
@@STUDYHACKER0001 money heist
best ever one shot ,, no time wasting , no unnecessary things , all derviations with best explaintions and real experiments all were awesome .. please sir make all the chapters and please dont leave any
topic as u never do ,, thanks u so much sir ,,,
Timestamps
00:16 - One shot on Moving Charges and Magnetism
00:56 - Introduction to Moving Charges and Magnetism
02:23 - Understanding magnetic fields and conductors
03:06 - Introduction to Oersted's Experiment
04:48 - Conductors create magnetic fields when current flows through them.
05:36 - When a current-carrying conductor is present in a particular area, it will produce a magnetic field around it.
07:04 - Moving charges are sensitive to magnetic fields
07:45 - Current-carrying conductor produces magnetic field.
09:22 - Calculation of magnetic field for small segments
10:33 - The production of magnetic field is proportional to the current in the conductor.
12:22 - Magnetic field is directly proportional to theta
13:01 - Moving charges are directly proportional to length and theta, and inversely proportional to square of distance
14:52 - Explanation of the value of k in the context of Magnetic Field
16:05 - Discussion on units of constants in free space
17:59 - Introduction to magnetic field and Tesla unit
18:41 - Introduction to Magnetic Field in Vector Form
20:23 - Understanding the concept of cross product in vector physics
21:25 - Medium Dependency and Cross Product Importance
22:47 - Focus on understanding chapter parts before practicing questions
23:30 - Understanding magnetic fields around circular loops
25:00 - Understanding circular current loop and magnetic field production.
26:18 - Calculating total magnetic field using integration
28:36 - Derivation of formula for magnetic field at the center of a circular loop
29:33 - Understanding magnetic field around a circular loop
31:28 - Understanding magnetic field formula and cross product direction
32:19 - Understanding the magnetic field in 2D plane
35:01 - Canceling of Vector Components and Addition of Sign
36:09 - Understanding Theta By 4
37:47 - Understanding perpendicular components and hypotenuse in Magnetic fields
38:45 - Understanding the complexity of derivatives in physics
40:42 - Understanding the implications of zero values in equations
41:38 - Deriving magnetic field using axial and equatorial points
43:12 - Clockwise current produces a magnetic field as per right hand thumb rule.
43:56 - Introduction to gas laws and the gas theorem
45:45 - Concept of imaginary loops and current
46:28 - Understanding the linear integral of magnetic field for closed surfaces or loops.
48:20 - Ampere's law used to prove magnetic field for a straight wire
49:18 - Demonstrating integration of theta and length element in an open loop.
51:08 - Deriving magnetic field for a straight wire
52:02 - Explaining the concept of magnetic field due to a current carrying wire
54:05 - Derivation of formulas for straight wire and circular loop
54:52 - Understanding the movement of charges in a solenoid
56:30 - Magnetic field moves from South to North
57:14 - Inside the solenoids, the magnetic field is uniform.
59:11 - Understanding unit length of solenoids and number of turns
1:00:27 - Solenoid dimensions and Ampere's circuital law
1:02:50 - Discussion on magnetic field angles
1:03:44 - Understanding the integration of length in a solenoid
1:06:01 - Understanding the concept of number of turns and net current
1:06:48 - Understanding the relationship between turns and magnetic field in solenoids
1:08:32 - The iron filings are aligned in the same direction as the magnetic field of a bar magnet.
1:09:23 - Comparison between bar magnet and circular magnet
1:11:07 - Understanding the interaction between moving charges and magnetic fields.
1:11:53 - Charges interacting with magnetic fields create forces.
1:13:34 - Relationship between velocity and magnetic field angle
1:14:30 - Q v cross B formula helps in changing direction of velocity in magnetic field
1:16:46 - Charges entering magnetic field at different angles
1:17:46 - Charges entering magnetic field and perpendicular entry
1:19:31 - Explaining the maximum and minimum values of force with respect to theta
1:20:22 - Charges experience force in a magnetic field
1:22:03 - Circular motion in magnetic field explained
1:22:48 - Moving charged particle in a circular path experiences centripetal force due to magnetic force
1:24:46 - Deriving the formula for time period of circular motion
1:25:34 - Understanding the relationship between frequency and time period formulas.
1:27:10 - Moving charge does not change its magnetism.
1:28:49 - Discussing the change in the concept of cyclotron.
1:30:33 - Understanding the force on moving charges
1:31:23 - Understanding the magnetic field and force direction
1:32:54 - Moving charges will rotate due to both components of the magnetic field.
1:33:35 - Derivation of kinetic energy in a magnetic field
1:35:43 - Kinetic energy remains constant when a charged particle enters a magnetic field
1:36:37 - Conductor experiences force in a magnetic field
1:38:22 - Exploring torque generated in a current-carrying conductor in a magnetic field.
1:39:40 - When a charge is moving in a magnetic field, force is experienced. The formula for calculating force on a current-carrying conductor is given by F = BIL sin(theta).
1:41:41 - Understanding volume in relation to charge and force formula
1:42:34 - Understanding the number of electrons and their charges.
1:44:16 - Understanding the product of i and b in third chapter
1:45:16 - Derivation of torque is the key concept in this chapter.
1:47:17 - First wire generates magnetic field affecting the second wire
1:48:09 - Understanding force in actuality and calculating force per unit length
1:49:58 - Understanding the angle relationship in magnetic fields
1:50:59 - Explanation of magnetic field and force calculation
1:52:34 - Discussion on the direction of magnetic field and its effect on wires
1:53:14 - Understanding cancellation of magnetic fields
1:55:07 - Understanding torque on a current-carrying loop in a uniform magnetic field
1:55:53 - Understanding torque and magnetic field in a magnet
1:57:42 - Introduction to magnetic field and current
1:58:27 - Understanding the direction of force and current in a loop.
2:00:24 - Deriving the formula for force on a wire
2:01:18 - Understanding forces on charges in a magnetic field
2:02:57 - Explaining the relationship between magnetic field, current, and angle.
2:03:52 - Explanation of forces in magnetic field direction
2:06:05 - Understanding Torque Calculation
2:07:13 - Understanding forces acting between charges using vector concepts
2:09:19 - Importance of Moving Coil Galvanometer in Physics
2:10:05 - Important topics like cyclotron and their relevance for exams
2:11:50 - Moving Coil Galvanometer working principle explained
2:12:33 - Presence of torque on carrying conductor in a magnetic field
2:14:26 - Understanding the cause and effect of magnetic fields in soft iron core
2:15:26 - Understanding the basic setup of a pointer in the context of moving charges and magnetism.
2:16:48 - Demonstrating tension and galvanometer in connection with a spring and pointer
2:17:24 - Understanding the working of galvanometer and magnetic fields
2:19:00 - Soft iron displays unique magnetic properties
2:19:43 - Achieving permanent magnetization and constant torque
2:21:18 - Explaining angular concepts and deflection
2:22:10 - Understanding the constant and variable components of a galvanometer
2:23:49 - Current Deflection in Galvanometer
2:24:38 - Galvanometer can detect and measure small currents
2:26:14 - Understanding Current Sensitivity of Galvanometer
2:27:26 - Factors affecting current sensitivity of a galvanometer
2:29:01 - Understanding volt sensitivity and deflection produced
2:30:11 - Discussing voltage sensitivity and current sensitivity
2:31:50 - Importance of resistance in series and parallel circuits
2:32:47 - Understanding and converting resistance for a galvanometer to a voltmeter
2:34:44 - Understanding the concept of resistance and current ranges
2:35:47 - Calculation of shunt value using KCL and KVL
2:37:25 - Explaining the conversion of galvanometer to voltmeter
2:38:32 - Encouraging feedback and interactions from viewers
😄😄
Boomm 🎉
@@avichalrana56 thnku😁
wht the actual f is this even XO
@@PrashantYdvgg 😅
Chutiyapa
1:51:04 Sir salute to your efforts. Thank you, sir, for creating these well-structured lectures. We truly appreciate how much thought and clarity you've put into each lesson, making complex topics so much easier to understand. Salute to your hard work and commitment.
Bhai is lecture se pdhlu?
Haa achha lecture hai .. padh sakte ho
Sir maza aagya please baki chapters ki bhi aise hi one shot lado....... Bhut aacha padhate ho sir aap please syllabus complete karwado for 2024-25 batch😭😭
2:31:01 [ammeter] =1) it measures current
2)It is connected in series combination
3)Resistance of ammeter should be as low as possible
[Voltmeter]=1) it measures potential difference between two given point
2) it is connected in parallel combination
3) resistance should be high
wahi toh
Thank u so much sir itni mhnt krke lacture complete kra or phir bhi sham ko dubara se sara lacture usi 💯 % josh or energy ke sath dubara bnaya sirf hmare liye...... thank u so much sir ❤... really thank u soo sooo much sir 💕🌹☺️☺️😊💕💕❤️💗✨
Thank u sir
This is a One of the Best One short
sir oneshot chahe jitna bada ho Hme koi dikkat nhi h Bs Hm log es baat se khush h ki Aap HAr ek topic acchhe se samjha dete h One shot me hi
Aur koi teacher Nhi samjhate h One shot me
You are the best teacher Sir
i am a Lucky person jisko Aap jaise mahan teacher se padhne ka mauka mila h 🙂🥰😘
Thank you so much sir ❤ 2:38:47 ......such a great session ❤🎉
Me yahi chapter bs kholkr bethaa tha ashu sir ka hee 2 saal purane vale lec prr or justt sir ne ye latest upload kr diyaaaa🎉 mazaa hee aagyaaa💌
bhai kaha se mila
Channel pr uploaded hai ch ka name likh kr search kr 6 lecture me hai mil jayega
Bhai is lecture se pdhlu?
Amazing one shot sir , you taught this ch so well with lot of details. Really appreciate your efforts sir❤️❤️
Me koi Sapna Toh nhi Dekhra Itna Jaldi Aagya Chapter 😂
Anyways Thank you so Much sir ❤❤❤
34:00 sir the direction of magnetic field you have taken will be towards the circular loop according to right hand palm rule
Ye literally mujhe is chapter ka ek aisa one shot laga jisme sari cheeze achhe se cover hui + me bore bhi ni hui or trust me this is awesome ❤😃
Bo bhi etne kam tym me , really such a op one shot
@@Serious_aspirant_0bhai agr ye first time pdh rhe ho toh smj ayega n??
You wasted your 11th as 9th and wanted to crack 12th as 10th 😂🤘🏻✌🏻
How You Know that 😢 I'm Too Much Thinking About 😮
Personal ho gya yeh toh 😂
@@ekaifjthrjrj2047 😂
And forget the level 📈
@@piyushmishra1375brooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooo😅
TRUE LINES " डर असफल होने से नहीं लगता है😔
डर तो " माँ बाप " के उदास चेहरे से लगता है" 😔😭😭//❤
Riyal😢
😅
sahi
Let us take a straight wire carring current i in upward direction and taking circular ampere loop of radius r where dl is the length element of Imaginary Loop...
Next Chapter Chaiye Jaldi Jaldi To Sab Koi Like Karo👍
1:20:32 wrong direction of force....the direction Will be correct if the charge is negative ❤
Sir it's a humble request for you
Please aap aasehi one shot upload karte rahiye saare chapters ka 🙏 please sir
Mujhe physics mai bahut Dar lagta h
Aur sirf aapka hi samjh aata h
So please sir baat ko samjho l..♥️🙏😇
Sir in my opinion you are olny teacher jo pura one shot details me pdhate h love u sir ✌😅
I love physics jab Aashu sir teach but I hate physics when school teacher teach😂 ye physics ke sath rishta kuch samaj nhi aarha😂😂
Same to you. Jab RUclips se padta hu tab achha lgta he aur jab school teachers se padta tab gussa aa jata he 😂😂
50:51 do we have to show the derivation of B=u0/2πr while writing the proof for ACL???!!!!!
I am his paid batch student, watching this one shot for revision.
Believe me he has covered all topics and with same intent.
Amazing teacher ❤❤❤❤
bhai pdf bhej denaa is lecture ke notes ki
@@Prajapatanand i want it too
I also want it
Solinoid derivation is not in slbi ?
1:20:06 sir yaha p sin hi kyu le rhe h cos kyu nhi?
2:31:27 ammeter measures current and connected in series with circuit
Voltmeter measures voltage and connected in parallel with circuit
Sir you're great...10th me bhi mujhe kuch nhi smjh aa rha tha to aapke hi lectures attend Kiya tha...aur ab 12th me bhi allen se pdh rha but boards ke liye aapke pass hi aaya..aur aapke oneshots to sir ek number... Jaan bchane wale hote hain..keep making one shots like this sir.... tysm 🙏🏼
@ruchiyadav1232 yes?
@ruchiyadav1232 Bihar why?
sir cbse kai syllabus mai derivation of m.f. of a straight solenoid nahi hai kyuki syllabus mai likha hai only qualitative treatment ??
1:21:55
force will be upwards not downwards
Yes
1:22:22 i think the direction for force will be upward
Yaa I think too
Yes wrong
I have completed my syllabus from school and now I was thinking that I only need revision for my boards final but I forgot the things completely I studied now started this series of one shot to complete again
always be happy sir this video made me happy
😘🤩😍🥰😇
Sir even though I have your purchased batch but due to some reason I was not able to be attain regular classes there so many backlogs have been created so ur one shot is very good to overcome them 🎉
Sir Magnetism And Matter Par Bhi Video Laa Dijiye Sir 😊
Thanks to you sir
ONE SHOT bohot behtreen tha pura CHP acche se samaj aagya ❤
best ever one shot ,, no time wasting , no unnecessary things , all derviations with best explaintions and real experiments all were awesome
1:44:40 ye derivation nhi hai syllabus mai sir
@XU_YASH can u tell me which derivations are coming from each chapter
Hai bhai
Thank you so much sir, for all your efforts.
I love the fact that all of your one shots are simple yet detailed with all the information that one needs to solve the questions. Only you have the ability to teach in this short yet descriptive of yours on youtube.
Sir, please continue this series and also please upload organic chemistry also for 12th fast!!
Please please please sir!
Thanku sir mera ek question hai ki ek hi place me strong magnetic field aur ek wire me strong current high magnitude ka daurade to kya hoga
best one shot of magnetism for boards so far. thank you sir you da best
Chemical bonding sir please 🙏.24 ko paper h😢
All the best for your exam 😶
kesa gya paper
@@harshitpurviya2346 mast gaya bhai 😊
Hmm
Thanks Sir ❤ Plz Class 12th Chemistry Ka Bhi One Shot Videos Upload kar Dijiye Plz Sir ❤
1:21:00 sir aap galt btaye hai,
Yes sir
Please teach chemistry as well ashu sir
Is vale comment par likes ki barsaat karwaado
1:22:17 sir apne direction of force galat dikhaya hai aur , +ve j cap ki taraf hoga , and ha apne jo magnet field at axial position from the centre of current carring loop mein derivation kiya tha , usmein current k direction galat dikhai hai sirf direction change karne se sari calculation change jo jayegi , please correct that ........ , ok !!!! usmein galti ho sakti hai but force ki direction dikhana , sir ye kaise galat ho gaya apse ????? don't take my comment otherwise i just wanna koi bhi kuch galat na seekhe ......
Case 2nd me force ki direction galat li hai apne because flemings left hand rule ke hisab se force upar lagegi
Time stamp :: 1:22:08
yes
1:22:08 1:22:08 1:22:08
Alakh sir aur ashu sir dono hi same tareeke se padhate .... thank you for teaching us ..... @physicswallah @science and fun education
Sir why did you delete the old vedios of calss12 from science and fun motivation
It really helps me in revision
So please reupload that vedios
Yes sir please
Sir aap comment nhi dekhte kya
1:20:34 guys sir ne galti se direction downward kar diya hai. Jabki direction upward ayega. Kyo ki F=q(V×B) hota hai our iska direction upward ata hai.😊😊
2:08:52 😂😂😂😂niba
sir be like = areee aree..... sorry🤣🤣
How to get notes
Sir thnk u so much by hrt..
Ur hardwork will not let be in vain💫💫
Hats off to u sir
2:22:36 BNA is constant
Best channel for oneshots...All topics are covered in just 2hr 30mins 🤍
Sir I swear app hi sbse best teacher ho
Sir mai tution bhi jarii thi kyunki app videos ni daal re they lekin ab jb appne shuru krr diya toh maine tution bnd kr diya
Sir 10 mei bhi mai appse hi padhi thii aur I mean sareyy subject hi maine science and fun se hi padhaa thaaa 10 mei meree 98% ayiii sir thankuu so much
Bss sir app esii hi videos dalte rahee 👍🏻
Aaj 12 Nov hai pure Saal se is chapter ko gasite ja raha hu aaj Jake kahi par clear hua hai thank you so much sir❤❤❤❤❤
2:39:06 very good
Bahut hi achha one shot tha 😊 all concepts achhe se samjh aya 😃
Thank you Sir 🙏🏻
Sir please basic maths ka ek lecture ya to aap daal(ashu sir) dijiye ya ushank sir se dalwa dijiye please sir it's my humble request! Sir please🙏
Jis jis ko ye lecture chahiye vo like kijiye
1:19:10 initial velocity perpendicular to the magnetic field
Kal Meri Exam He Aur Sir ne Aaj Hei Vedio Daal Di waah🎉🎉
same to same bhai
Sir pls do all chapter ,
These one shots are really very helpful🥰
And it was a grt lecture
Vote for magnetism and matter
1:51:06 hats off to your dedication sir
Sir ne ab jokes km kr diye hai 😅
launda bada hogya hai apna 😂😂
2 ghante ka one shot 4ghante meii sunn karr boht accha lagga💀! Btw love your videos sir ❤❤🙏🏻
2 ghante ka lecture 1 ghante me dekne me bhi bohat maja aaya
3x pe dekho bhai logo 😼👺
@_deepakjangid3532 note bhi karr leta 😂😂
Thanks sir the best teacher comes with best responsibility ❤❤❤❤❤
Sir taught Each and every topic very deeply..I'm really thankful that i came across you on the right time. My physics and chemistry depends on you sir. You are the best educator for me. 🍀
Where can I get the PPT of this lecture?😢
Same
I can't find it on Telegram channel
Sir .... Aap kaa ye one shot syllabus completion + concept clear karne ke liye bohut help kar raha hai and aise aapka blessings and support dijiye taaki hum accha score kar sakke boards mei bhi 😇🙏🏻❤
Sir velocity perpendicular yogi magnetic filed m us topic mein apa ne direction wrong btaiye ha force upward hogi ik bar dubara dekhna
hmmmmm
2:22:19 constant
Sir chemical bonding class 11 kab aayega??
Yes sir 😢
Sir, sb derivation important hi hai kya...,?😅
sir age k chapters bhi jaldi jaldi layiye......please
Love the way you teach...... Genuinely saying this..... These one shots are very helpful....... ❤❤❤❤❤ .... Plzzz continue these one shots ❤❤❤❤❤❤❤❤
Thank you for the detailed explanation of the derivations..... Lots of love and respect to you sir ❤❤❤❤❤❤🙏🙏🙏🙏🙏🙏
I am from batch 24-25 but I have not time to attend 12 hours lectures
Excellent and ultra satisfying lecture sir🎉🎉❤
Your explanation are very good ❤❤
Chemical bonding please
ammazing content , following from past 2 years . ashu sir never dissapoints
he recorded twice cause of audio issues still he rewrote all the ppts,his hardwork and consistency is unmatched
BEST TEACHER IN THE WORLD WANT MORE ONE SHOTS
Very nice explanation
Aapka padhane ka tareeka kafi acha h sare concepts clear hojate hain❤️🙌🏻
Sir notes kaha milege 0:14
Thank you sir God bless you ❤
Tooo much ads 🙄 😑
Thank you sir,sir please aap ese hi Bohot acche acche one shots banate rahiye ❤ and I love your one shots a lot......And please aap next chapter ka bhi one shot le aaiye
Is this lecture is enough if i study this chapter for the very 1st time .
Yes
One shot completed
Please bring ur wonderful one shots soon ❤❤
Sir the direction of force is wrong at 1:21:38
Guys , if u read this chpter first tym , then it is not sufficient 🤧
Sir these lectures are really so helpful for me sir maine physics ki classes bhi ki offline but unka explanation mujhe samajh nhi aya waha to maine pay bhi Kiya tha but yaha to pay kare bagair hi itna achchha explanation mujhe mil gya thank you thank you so much 🙏
Thanks sir the vdo was great very detailed explanation......❤
1:21:48 sir using the right hand rule
We will turn our fingers from velocity to magnetic field the force will be upwards not downwards. This a small correction i just wanted to highlight
Sir complete jldi saare chapter k one shot la dijiye....kyuki youtube pe aur Khi v itni acche se smjh nhi ati...n o log one shot me bhot topic skip v kr dete h...but ap esa nhi krte ho...isliy we love your videos...sir mera bhot jada back lig h...aj tk Mene physics uthi hi nhi..Hm plse sir fully dependent on you ....jldi complete kesa dijiye exams ane wala h ...n...hme revise krne ko v time mil I chahiye isliy😢😢😢😢
Sir please aap jaldi jaldi one shot upload kara kijiye kyuki hamare school mai second part pdana start ker diya hai or hamare revision ke liye aapke one shot bohot helpfull hai toh sir plzz ab se lecture regular dalna sir plzz
kyuki baki classes ke liye toh playlist bani hui hai per 12 th ke liye sare ch ki playlist nahi hai 🙏🙏🙏
Sir aap bahut acha padha rahe ho! It gives us confidence thank you for helping sir ❤
good evening, sir . I had started my revision lectures with your 1shot sessions, but I am lagging with 2 months backlog and again i comeback and its really feel motivated and very useful thank you so much sir for you amazing lecture❣❣❣