Electric Dipole and Electric Dipole Moment

Thank you so much...your explanation is very clear and crisp

Thanks sir🙏🙏🙏🥰🥰🥰🥰🥰🙏🙏🥰🥰🙏🥰🥰

Well explained. Good job.

Certified Dipole Moment

Love from India 💯👍🔥 and first comment from India. Love your lectures

Why direction of electric dipole is from negative to positive

You are very smart person

Pls 🙏
a quadruple consists of two dipoles that are close to each other . the effective charge at the origin is -2q and the other charges on y-axis at y=a and y=-a are +q each. (i) find the electric field at a point on the x-axis far away so that x>>a. (ii) find the electric field on the y-axis far so that y>>a.

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Great sir👌👌

I understood 🤩

Very good sir , Jk joshi
India ,(Rajasthan / Jodhpur)

Your video is very internally nice sir

TLDR, could you explain why the choice is made to set maximum potential at a state parallel to the field?


I don't understand the choice to define maximum potential at a state parallel to the field.
My intuition tells me that the dipole would have a low potential at this point as the field no longer can do any work to it. Furthermore, it is intuitive that the dipole would have a high potential when perpendicular to the field, as the field will do work on it in this state. Similarly to how an astronaut in the ISS would have a larger gravitational potential than a person down on Earth.

Like it, than you, I never write any comments but for this video I feel like I have to thank you

Thanks a lot..... Send your address I follow your page

At last...I finally understand

You explained that like a true champion! Thank you for the magnificently presented information!

Thanks sir

10/10

why electric moment goes positive to nagative side in chemistry?? please tell me that

Thanx i understood...lol😋😋😋😋😋😋😋😋

Thanks sir jee waiting for another lecture

YES- the one person who explains the uber confusing p convention! Thanks!

Very well sir

what is the angle between tau and dtheta....tau.dtheta vector

I saw the face and the name and clicked immediately. It's a problem solving technique I developed to help me save as much time as possible lol.

I can't say in words how much I appreciate your help here, great job man!

i have some questions
1. can we form an electric dipole by taking charges other than point charge?
2.can we take two positive charges instead of taking a positive charge and a negative charge?
u have said that we should take charges equal and opposite in nature so is this necessary that the charges should have equal magnitude?

Sir.......... thank

best lectures ever

Thanks man ..
You are my hero today ..

ty you for great explanation!!

sir why the direction of electric force is different in direction on postive and negative charge

Amazing! Thanks so much :)

the point you made about potential energy is wrong. It is defined to be maximum at U=0 and goes to - infinity at minimum. So the work done actually decreases the potential energy thus making it negative from 0. We take potential energy negative to make work positive since it is impossible for work to be negative

Thank you for yours lecture I understood the left side of the board I did not quite understand the mathematics side but I really enjoyed the video.

very nice lecture sir

Electrons flow from negative to positive,right?....Btw thanks for the great video!!

When you said in physics dipole points from negative to positive, I was confused because I learned from class that the electric field lines always points from positive to negative. Also, what if the two charges have different magnitude? Which one should I use in the calculation? Thanks!

I don't get the bit about arbitrarily defining potential energy as 0 at 90 degrees. shouldnt potential energy be maximum there, as the field can cause torquing of the dipole?

Why is potential energy zero when the dipole axis is perpendicular to the electric field? It seems like it should have plenty of potential energy since the electric field can cause the torquing action on the dipole at that position.

Very informative, however you keep giving conflicting points when you bring up convention... my tip would be to state which convention you use at the beginning and stay with it

thank you!!
you got my sub !

Absolutely AMAZING. I was having difficulty understanding this concept from my physics textbook, and you explained it so well! I now understand the formulas + derivations - but more importantly, I now have a better understanding of electric dipoles! Thank you so much - ALL of your videos are PHENOMENAL!

thank you so much sir;)

thanks sir

thank you so much!

each and every video of him is incredible.....
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