Electric Potential

[@jimkrueger8990]

You are perfectly accurate. Many people who advance in some academic discipline that involves mathematics and/or physics, show through their actions that they were not able to, completely, mentally process and understand fundamental concepts. The result is that they are often nearly accurate and rarely perfectly accurate. One can find many examples of this phenomenon on KZbin. I hope others also come to see the value of your accuracy and precision in teaching. KZbin is 'beyond' saturated with content. Thank you Mister H.

[@chelsealandsky]

it cuts off at 9:44, what was he saying?

[@ianho107]

Thank you so much. I only watch your videos when I’m stuck and have trouble understanding physics concepts. Your explanation is so clear and well spoken and without you I would of probably dropped physics in up coming year. Really you don’t understand how helpful your videos were. The way you present your videos makes it so easy to understand complicated concepts. Thank you so much 😊!!!!

[@SirGabeII]

Thank You So Much Mr. H!

[@PhysicsclassroomVideos]

You're welcome.

[@chadfeiock3214]

I don't believe that the diagram (on the right) and the spoken words match at about 1:45...

[@PhysicsclassroomVideos]

The diagram on the right has an error. The words are correct and the part of the diagram on the charge is correct. But the mass side of the diagram should label the high PE location as the initial and the low PE location as the final. Once switched, the left side of the Going With Nature will match the right side.

[@Clipaholick]

I finally understand, thank you so much!

[@PhysicsclassroomVideos]

Glad you got it and glad I could help.

[@speedysenu4183]

Hello sir! I would like to ask a question about circuits. In electrostatics the electric potential at one point around 2 oppositely charges particles is the sum of the electrostatic potentials due to each charge. Does this apply to circuits? The battery is creating an electric field in the circuit because it has positive charges stacked on the positive terminal and negative charges stacked on the negative terminal. If we take a point inside an electrical circuit, would the electric potential at that point be the sum of the electric potentials due to the positive charges on the positive side of the battery and the negative charges on the negative side of the battery?

[@PhysicsclassroomVideos]

No. Try about 5:15 here: kzbin.info/www/bejne/pHXWqpZ9btGHgM0

[@speedysenu4183]

I understood now, thank you very much sir :))!

[@rajaramrajbhar724]

Good 👍🙏

[@PhysicsclassroomVideos]

I'm glad you liked the video.