26:01 CORRECTION TIME!!! The deflection of the compass needle placed near a current-carrying straight conductor increases as the current flowing through the conductor increases. This is due to the increased magnetic field strength around the conductor, which exerts a greater force on the compass needle, causing it to deflect further.
26:25 ( a ) Deflection increases when current through conductor increases. ( b ) Direction of deflection is reversed when direction of current is reversed. ( c ) Deflection decreases when the compass is moved away.
MAJOR CORRECTION - QUESTION AT 23:10 the answer of part (a) will be If the current is increased, the deflection also increases. It means on increasing the current through the conductor, the deflection in the compass needle is also greater. 24:50 (b) is correct. 25:06 (c) is explained wrongly by sir again. Answer will be -- Now as the compass is moved away from the wire, the influence of the wire’s magnetic field on the compass gets decreased and thus the deflection of the compass gets decreased.
13:37 sir (b) part aapne explain nahi kiya tha koi baat nahi, jisko answer chahiye ye lo: What does the degree of closeness of magnetic field lines represents? The degree of closeness of magnetic field lines represents magnetic strength. If the magnetic field lines are closer to each other, then the magnetic strength is strong and if magnetic field lines are far apart from each other, then magnetic strength is weak.
Sir 🔴🔴🔴🔴🔴 In NCERT it is written that if current is increased then the deflection also increases And if the distance increases then the deflection decreases 🔴🔴🔴🔴🔴 In Pg 227
Hence, if the current is increased in the conductor then the deflection of the compass needle increases, this is because the strength of the magnetic field varies directly as the magnitude of the electric current or the current passing through the wire.
26:30 CORRECTION TIME!! The correct answer is: (a) Deflection increases when current through conductor increases. (b) Direction of deflection is reversed when direction of current is reversed. (c) Deflection decreases when the compass is moved away.
04:10 - Discussion on class timing preferences and studying duration. 05:55 - Magnetic field lines travel from north to south outside a magnet. 06:47 - Highlighting key magnetic field properties for exam marking. 08:37 - Electromagnetic induction principles for CBSE students. 09:25 - Understanding electromagnetic induction and short circuiting. 11:37 - Discussion on electric overload and electromagnetic induction. 12:26 - Magnetic field lines inside and outside a bar magnet are distinct. 14:25 - Understanding the activities for the current caring circular project. 15:22 - Iron filings create circular patterns illustrating magnetic field lines. 17:33 - Current direction affects magnetic field around a conductor. 18:30 - Magnetic field direction depends on current flow and compass alignment. 20:24 - Discussion on magnetic field direction and related questions. 21:42 - Increasing current affects the deflection of a compass needle. 23:52 - Current direction affects needle deflection in circuits. 24:52 - डिफ्लेक्शन की दिशा बदल जाती है जब कंपास को दूर ले जाया जाता है। 26:25 - Understanding key characters of magnetic force on moving charges. 27:37 - Current and magnetic field direction determine force on wire. 29:54 - भूपेंद्र राजपूत ने करंट और मैग्नेटिक फील्ड के एंगल पर बल की चर्चा की। 30:53 - Difference between Overloading and Short Circuiting in electrical systems. 33:20 - Discussion on expected exam question types related to magnetic fields. 34:48 - Magnetic field depends inversely on the radius of the loop. 36:40 - सर्कुलर लूप के बारे में विद्यार्थियों की चर्चा और विचार शेयर कर रहे हैं। 38:03 - Increasing current in a circular coil boosts the magnetic field. 39:42 - Discussion on class duration and student engagement. 41:15 - Magnetic fields created by current in circular loops are discussed. 43:06 - Insulated metallic components are crucial for electrical applications. 44:38 - Positive connections lead to southern outcomes in learning. 46:31 - Class scheduled updates and student engagement for upcoming sessions. 47:22 - Understanding the role of electric fuses in current safety. 48:52 - Discussing important concepts of magnetic fields and electronics. 49:56 - Discussion on maximum and minimum cases of force in electron movement. 51:51 - Force on charged particle varies with magnetic field alignment.
24:26 The deflection increase with the increased current in the wire because the magnetic force is directly proportional to the magnetic field strength.
When we increase the amount of current ,then the deflection of magnetic needle will also incresed which is placed near it .Because it experiences strong force through it than the previous one .same thing will happens when it move away from the current carrying confuctor. Sir, in most of sources I have read this,but after this video I am confused.
it occurs when live wire and neutral wire get attached accidentally due to which a lot of heatis produced is known as ...... short circuit nhi ho skta hai
Sr jo proton hota hai vo nucleus mein hita hai and book mein proton se related questions and magnetic field mein toh sr proton ka nucleus se niklna possible hota h kya
The iron fillings will attract in a such a way image will be form circular loop around the through the shape of magnetic field line around the circular loop
It the current is increased in the conductor the deflection of the compass needle increases. This is because the strength of magnetic field varies directly as the magnitude of the electric current, or the current passing through the wire.
sir in 30:32 min time u said force depend on magnetic field value , current and angle but it also depends oonh the length of wire ? f = BILthetha b= magnetic field strength i = current l= length of wire thetha = angle please reply my problem sir
7:50 sir hum tangent toah ek point s bhoot direction m bana sakte h , so how we get to know that we must arrow the head of tangent in this or that direction
Sir I face so many difficulties in choosing *above, below, upward , downward* in these type of questions........whether the upward direction is taken outside the page in 3d or on the paper above the wire.......or questions like that
Jab hum board ya fir paper ke respect mei baat karte hai to outwards ya fir inwards hota hain or jab hum zameen ke respect mei jaise north & south baat karte hai to upward ya fir downward hota hai to jab board ke bahar hoga to outward ho jaega or jab board ke andar hoga to inward ho jaega
Sir there is need to do ncert questions or ncert book after listening lecture and question from you please tell me because I want to get 97% in 10yh grow because I got 98% in 9th class
26:01 CORRECTION TIME!!!
The deflection of the compass needle placed near a current-carrying straight conductor increases as the current flowing through the conductor increases. This is due to the increased magnetic field strength around the conductor, which exerts a greater force on the compass needle, causing it to deflect further.
5:15 - lecture starts from here
Shukriya👍🏻
Thanywaad bhsi
Thankyou
26:25 ( a ) Deflection increases when current through conductor increases.
( b ) Direction of deflection is reversed when direction of current is reversed.
( c ) Deflection decreases when the compass is moved away.
Wrong ans.🙏
verified on google :) shai hai woh@@NeerajKumar-yz8cx
@@NeerajKumar-yz8cx it is right answer
Yes, I also study in this topic
Sahi ha answer apka
Sir in ncert it is given that if we increase the current then the deflection also increases (pg:-227)
Yes bro which one is right sir or book?
@@itzalivegamer5385 sir will tell if he will see the comment
@@adarshgupta8463 bhai tu bta kisko shi mane
You are right if you will increase the current then deflection will increase
Sir se sayd galti ho gayi hogi
Meri maano ncert follow karo
MAJOR CORRECTION - QUESTION AT 23:10
the answer of part (a) will be If the current is increased, the deflection also increases. It means on increasing the current through the conductor, the deflection in the compass needle is also greater.
24:50 (b) is correct.
25:06 (c) is explained wrongly by sir again. Answer will be -- Now as the compass is moved away from the wire, the influence of the wire’s magnetic field on the compass gets decreased and thus the deflection of the compass gets decreased.
13:37 sir (b) part aapne explain nahi kiya tha koi baat nahi, jisko answer chahiye ye lo:
What does the degree of closeness of magnetic field lines represents?
The degree of closeness of magnetic field lines represents magnetic strength. If the magnetic field lines are closer to each other, then the magnetic strength is strong and if magnetic field lines are far apart from each other, then magnetic strength is weak.
😂😂😂😂
@@RajaPandey-se3id kya hasra?
Sir 🔴🔴🔴🔴🔴 In NCERT it is written that if current is increased then the deflection also increases
And if the distance increases then the deflection decreases 🔴🔴🔴🔴🔴
In Pg 227
Yeh
Hence, if the current is increased in the conductor then the deflection of the compass needle increases, this is because the strength of the magnetic field varies directly as the magnitude of the electric current or the current passing through the wire.
absolutely bro
Yes
Imagine if the current carrying conductor and the compass needle are on same plane of paper, even if not given in question
26:30 CORRECTION TIME!!
The correct answer is:
(a) Deflection increases when current through conductor increases.
(b) Direction of deflection is reversed when direction of current is reversed.
(c) Deflection decreases when the compass is moved away.
I hope everyone score 95 marks in science 2023-24😂
Thanks
😂
Thanks ☺ 😊
04:10 - Discussion on class timing preferences and studying duration.
05:55 - Magnetic field lines travel from north to south outside a magnet.
06:47 - Highlighting key magnetic field properties for exam marking.
08:37 - Electromagnetic induction principles for CBSE students.
09:25 - Understanding electromagnetic induction and short circuiting.
11:37 - Discussion on electric overload and electromagnetic induction.
12:26 - Magnetic field lines inside and outside a bar magnet are distinct.
14:25 - Understanding the activities for the current caring circular project.
15:22 - Iron filings create circular patterns illustrating magnetic field lines.
17:33 - Current direction affects magnetic field around a conductor.
18:30 - Magnetic field direction depends on current flow and compass alignment.
20:24 - Discussion on magnetic field direction and related questions.
21:42 - Increasing current affects the deflection of a compass needle.
23:52 - Current direction affects needle deflection in circuits.
24:52 - डिफ्लेक्शन की दिशा बदल जाती है जब कंपास को दूर ले जाया जाता है।
26:25 - Understanding key characters of magnetic force on moving charges.
27:37 - Current and magnetic field direction determine force on wire.
29:54 - भूपेंद्र राजपूत ने करंट और मैग्नेटिक फील्ड के एंगल पर बल की चर्चा की।
30:53 - Difference between Overloading and Short Circuiting in electrical systems.
33:20 - Discussion on expected exam question types related to magnetic fields.
34:48 - Magnetic field depends inversely on the radius of the loop.
36:40 - सर्कुलर लूप के बारे में विद्यार्थियों की चर्चा और विचार शेयर कर रहे हैं।
38:03 - Increasing current in a circular coil boosts the magnetic field.
39:42 - Discussion on class duration and student engagement.
41:15 - Magnetic fields created by current in circular loops are discussed.
43:06 - Insulated metallic components are crucial for electrical applications.
44:38 - Positive connections lead to southern outcomes in learning.
46:31 - Class scheduled updates and student engagement for upcoming sessions.
47:22 - Understanding the role of electric fuses in current safety.
48:52 - Discussing important concepts of magnetic fields and electronics.
49:56 - Discussion on maximum and minimum cases of force in electron movement.
51:51 - Force on charged particle varies with magnetic field alignment.
26:28 sir cbse ke sample paper ki marking scheme me likha hai ki deflection increasesif current increases and decrteases if distance increases
21:19 I think SNOW Rule would be applied here
23:25Deflection Increased hoga
24:26 The deflection increase with the increased current in the wire because the magnetic force is directly proportional to the magnetic field strength.
23:35 sir you are wrong. The deflection will also increase if the current is increased according to NCERT.
5:16 lecture starts from here
The number of turns in magnetic field or a bar magnet increase magnetic field will be also
Increase 39:17
26:38 min question answer is wrong other web sites are giving it answer wrong
I always wanted a teacher like you ashu sir ❤🤗
@Pal motivation sala tharki jaise kabhi ladki na dekhi ho
Thanks sir for you give time😊
When we increase the amount of current ,then the deflection of magnetic needle will also incresed which is placed near it .Because it experiences strong force through it than the previous one .same thing will happens when it move away from the current carrying confuctor. Sir, in most of sources I have read this,but after this video I am confused.
Same here
Thik bola appne mein v confuse hu isme🙄🙄🙄🙄🙄
sir is wrong.... you are right, even NCERT says that deflection increases when current increases. Don't follow his answer. Please trust NCERT...
5:00 yes sir best time h 👍👍👍
Good morning
11:33 it occurs when live wire and neutral wire get attached accidentally due to which a lot of heatis produced is known as ......
Lecture start from 5:15
26:35 sir deflection will increased in 1st
And deflection will decreased in 3rd because magneti filed lines will not strong there
Sir
a) As the current increases the deflection of compass needle will also increases
c) As the compass is taken away the the deflection is decreased
30:47 formula of force is B.I.L.sin thetha
Thx sir itna ache se samjane ke leya
best platform for physics and chemistry..love you sir ❤︎
Noooob
30:38 Sir maximum wali baat pata thi ❤❤
it occurs when live wire and neutral wire get attached accidentally due to which a lot of heatis produced is known as ...... short circuit nhi ho skta hai
So we have increased the current magnetic field will be also 38:56 increase
26:10 I literally cant stop my 😂
Bhai ho jati hai galti isme hasne jesa kuch nhi h😒
Deflection depend on the direction of current 24:13
30:16 |F| = I L B sinθ
Sir aap ka channel ka offline padai kaha hota hai please reply me
Modinagar
best teacher everrrrrrr
Sr jo proton hota hai vo nucleus mein hita hai and book mein proton se related questions and magnetic field mein toh sr proton ka nucleus se niklna possible hota h kya
What does the degree of closeness of the field lines represent
The strength of the magnetic field
It determines the strength of magnetic field
It promote the strength of magnetic field
sir ji shi bol rhe hai.....direction of I pe depend krta hai not on amount of current passing through a conductor
bilkul galat. please NCERT padho, phir samajh aayega. Sab jaghe online bhi it says that deflection is dependent on current...
5:20
The iron fillings will attract in a such a way image will be form circular loop around the through the shape of magnetic field line around the circular loop
Take a cardboard and take a circular loop carrying current I in ate now the past circular loop through cardboard and sprinkle some iron filling over
24:23 wrong sir pls check ncert pg 227 clearly written if the current will increase the the deflection also increase
30:45 haan sir pata thi
30:32 nahi pata thi sir 😂😅 Thank u ❤😊
44:14 left wala south right wala north
19.55 above : inward. Below : outward
Sir aap boht acha padhate h ❤
30:50 han sir
5:21 video starts ❤❤
VVVVV INFORMATIVE LECTURE
THANK YOU SIR!
26:08 💀💀💀ye kya bool diaa....😂😂
34.22and 17:49 17:51 17:55 17:55
The deflection increase with the increased current in the wire because the magnetic force is directly proportional to the magnetic field strength.
43:58 south wala positive and North wala negative
43:55 positive south negative north.... 😅😅😅
30:45 ye baat to mujhe bhi pta thi.
Really liked the lecture.......😍
Positive south or negative north
It the current is increased in the conductor the deflection of the compass needle increases. This is because the strength of magnetic field varies directly as the magnitude of the electric current, or the current passing through the wire.
I was needing this answer soo bad 🔪
Sir current badhane pr deflection badhegi pls see on google 🙏
Sir please kuch questions Bihar board ke baccho ke liye v krwa do 😊
Sir happy republic day , I love your last saying of every video "Jai hind baccho " now "jai hind sir" ❤️❤️❤️🇮🇳🇮🇳🇮🇳
Good evening
Sir I want you as my teacher, love you a lot from West Bengal ❤️❤️
शूट थे फ़क जप
Sir you are most helpful for average students 👍👍👍👍❤️❤️
26:10
30:42 yes
If the current is increased
The deflection increases
sir in 30:32 min time u said force depend on magnetic field value , current and angle but it also depends oonh the length of wire ?
f = BILthetha
b= magnetic field strength
i = current
l= length of wire
thetha = angle
please reply my problem sir
Yes it also depends on length
Ram Ram ji
30:40 .....nahi pata the sir 🙂❤️thq 😂❤️
Awesome session sir
Thanks a lot ❤️🔥
Overloading 11:58
30:00 yes sir pata thi
7:50 sir hum tangent toah ek point s bhoot direction m bana sakte h , so how we get to know that we must arrow the head of tangent in this or that direction
Sir bar magnet mein hum kisi bhi side rkh skte hai n north ya south ko
5:20 starts here
Short circuit cause due to when multiple devices are connected to single circuit
Sir You said Wrong Deflection will increase when current is increased
Your explanation was amazing
Sir you are the best teacher for science....... Sir🤩
Sir I face so many difficulties in choosing *above, below, upward , downward* in these type of questions........whether the upward direction is taken outside the page in 3d or on the paper above the wire.......or questions like that
Jab hum board ya fir paper ke respect mei baat karte hai to outwards ya fir inwards hota hain or jab hum zameen ke respect mei jaise north & south baat karte hai to upward ya fir downward hota hai to jab board ke bahar hoga to outward ho jaega or jab board ke andar hoga to inward ho jaega
Sir there is need to do ncert questions or ncert book after listening lecture and question from you please tell me because I want to get 97% in 10yh grow because I got 98% in 9th class
How much did you got?
Kitne aye😊
thank you sir😍😍😍😍😍😍😍😍😍😍😍😍😍😍😍😍😍😍😍😍😍😍😍😍😄😄😄😄😄😄😄😄😄😄😄😄😄😄😄😄😄😄😄😄😄😄😄😄😄😄😄😄😄😄😄😄😄😄😄😄😄
North to south
Aapki one shot video with live experiment OP💕💕
Sir you are wrong 😢😢 deflection of the compass needle increase when the current is increased. Aapne galat padhaya hai😢
Sir you forget to explain : important features of Magnetic field obtained in solenoid : and what does the Degree of closeness of field lines represent
@study purpose thanks for explaining
Carbon and its compound
Sir pdf provide kra dijiye plss iski
No deflection
Current flowing in the circuit
Raja jiiiiii🥰🥰🥰
Above inward
Below outward
30:34
I knew that sir.
M̐😊 47:21
sir aapne question no 4 Ka (B) part chord dia sir please explain 🙏🙏🙏🙏
It represents the strengh of magnet