Electric Field at a point perpendicular to uniformly charged rod
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- เผยแพร่เมื่อ 14 ต.ค. 2024
- In this video learn how to find Electric field due to a uniformly charged rod in direction perpendicular to rod.
#electricfield
I hope that this video will help you.
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Sir your explanation is good and make more videos on various concepts by Theoretically and experimentally which boosts the children's mind about concept and which makes the children to show interest towards physics subject
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Sir make videos on sound and wave concepts please sir
It is there in channel videos
This is the best tutorial video on youtube sr
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very good explanation sir
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Sir a tan theta ka differentiation a sec²theta + tan theta se solve kar sakte hain?
Tan theta ka sec square theta hota hai
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Very nyc explanation sir ..Thnx a lot !!
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Great explanation sir....👍🏻👍🏻
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Thank you sir 😊
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Vertical component of electric field to cancel hona chahiye, jaise humne ring m lia tha, agar wire pr koi do point le at same distqnce from mid point of wire to verticle component cancel ho jayenge, batao sir?
Distance change hota rahta hai reference point se jo differential charge consider kiya usse, ye ek generalized formula kuch bhi ho rod ki length uske liye, ring mai distance change nahi hota isliye directly cancel samjh mai ata hai, yaha generalized formula banaya gaya hai jaise rod hogi uske hisab se electric field nikal jati hai
Arrai yaar agar symmetry hoti tou cancel hota hai if we were measuring at bottom then..... How can u cancel
cancel hojata agar hum..middle of the rod ...i.e. rod ke equitorial point pr nikalte... u can use integration to prove that
Sir why d(theata) is written with a sec² theata after differentiation?????
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I have the same question
Ty sir 😊
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Sir, why we will take -theta1?.plzz rply sir
For defining direction if angle postive angle above the reference line, negative angle below the reference line
Nice explanation sir
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Tq very much sir ,well said
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sir great explanation
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Thank you sir
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Thank you sir.......sir, is type ke questions neet me aate hai kya?
Yes
@@kamaldheeriya okay sir .. thank you
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Thank you so much sir you are genius. Wonderful video.
Aap class 12th 2023 me kisi exam dene wle ho
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Its for finite or infinite lenght
Finite length
for infinite length we use gauss's law
Why we take lower limit -theta?
Sir please reply.
Because of the reference line. Theta 2 is in the anticlockwise direction.. Hence the negative sign
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sir why you limit -thhetha 2 se theetha 1
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Thanks
.....
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thanq sir
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thanks sir🌻
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Tq verrry much sir
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Sir why we take lower limit=-theta1, why not +theta1 and we take of -ve Ey=(-cos theta2-cos theta1),not (cos theta1-cos theta2) please answer my both doubts.
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Sir, why theta is -ve?
For defining direction if angle postive angle above the reference line, negative angle below the reference line
Sir hmne -theta 1 kyu liya
Sir dx ki jgh rd∅ kyu nhi le skte?
Beta there can be many methods
@@kamaldheeriya but sir aa nhi rha fir..🥺
@@rajdevsingh6158 bhai consider the right angled triangle of x, a and r involving the angle theta and then take tan theta equal to x/a you will find dx=asec^2(theta).d(theta) and then just put it in the equations.... hope it helped you😁🥰😅
@@dakshsingh5891 thanks for ur help🙂....but ye mujhe phele se aata tha..
Maine dx=rdteeta kyu nhi hoskta ye pucha hai....😅
legend
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Can anybody please explain me how the limits became negative theta 1 to positive theta 2
@ Nafis it is because angle measured in anticlockwise direction is negative as per the sign convention
@@chinmayaadiga5807galat bata rahe ho Bhai.....anticlockwise angle taken Positive and vice versa
Thanks sir
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Thanks a lot sir
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sir how we take dx = a sec ² theta d theta
It is there shown in the derivation
@@kamaldheeriya ok sir thanx for your quick reply i wasn't expecting you are doing very well
@@kamaldheeriya by the way sir in above video it wasn't shown that how we take this i am actually not maths student so i am struggling bit in this
U can see in my channel playlist of integration it will help u
@@kamaldheeriya ok sir you just said at 6:35 by differentiion we get dx = sec² thita dthita ......this differentiion means integration?
Sir aapne btya hi nhi r aur dx change ho rhi hai
Beta ye toh understood hai
If we take elemental rod (dq) in lower part of the rod then theta 1 will be positive and theta 2 will be negative and after integrating answer is also different then which is correct answer?? please tell anyone 🙏🙏
No... The signs of the angles has nothing to do with the element taken. It's based on the reference line (which in this case is, positive if the angle is in clockwise, direction and negative if, anticlockwise ), if one is taken positive other has to be taken negative. After choosing the signs of directions for angles, the sign of direction of the Force will also change accordingly, but the magnitude and the actual direction will remain same and so will the answer.
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Sir ye to ratna ho jayega na
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🥰🥰🥰🥰
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👍👍👍😁😁👍👍
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Why are your titles in English but you’re speaking another language????
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mujy to nhi ai sumj
Kyu