What Is the Difference Between Electric Potential Energy and Electric Potential? | Physics in Motion

We differentiate between the concepts of electric potential energy and electric potential by exploring electric potential energy qualitatively, by looking at a charge between two parallel plates, and by solving for electric potential in an example problem.
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[@KLXO10]

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Thank you sir ☺️. It made all my concepts on electric potential energy clear.

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[@GPBEducation]

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[@GPBEducation]

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[@jesussaquin6266]

V(A) is the energy that can be harnessed at that point A?

[@mask15_84]

tysm

[@laeclorentzen6111]

“Unlike other scalar quantities.. like temperature, (electric potential energy) can be positive or negative.” Umm, have you ever heard of negative temperatures? I guess if you are talking Kelvin’s..

[@purinji_padipom]

Sir I have 1 explanation for gravitational potential energy, can u check correct . So , 1st basically potential energy means the energy which stored in a body which later can be used. Then , if we place a body in a particular height it have some gravitational potential energy ( because v done some work [ which maybe produced by muscular/chemical energy] ) . So , the chemical energy converted into potential energy . The final thing is gravitational field which i believe its a kind of representation of visualizing how a body reacts to the gravity when it placed in particular point in space . So , gravitational potential means *when the body with mass placed in a gravitational field which got a potential energy because of workdone on it* . Now if I change the word as electric field and charges I call it as electric potential energy . Please tell is there any error or not sir . Because I am also a student

[@kklol07]

thanks

[@GPBEducation]

You're welcome!

[@TrangNguyen-pz9ht]

8:20 The charge refers to what we are considering or the charge around it. Help me please!!!!!!

[@kashifhussains2951]

E. P in the last example! Should not they both be positive? Cause the field points in the same direction in this specific configuration. If the charges were on same side of point then we could use that but in this case how would ot make sense. Even if we think about it physically the charge at point A is gonna be forced more to move towards a specific charge based on the tyoe of charge we choose.. And obviously we would have to add forces of both the charges to find the force or(electric potential) on charge A

[@dofl]

I think we are not considering direction bcz it is a scalar quantity

[@jax1296]

There are 2 equations in this video for Electric Potential Energy: PEe = k x q1 x q2 / r. Also PEe = q x E x d. I'm confused...

[@hellomint4028]

3:20 isn't this the force

[@sallaklamhayyen9876]

top

[@tylerdodd9611]

I have a exam in 2 hours, thank you for saving my ass

[@mattbodie5990]

TLDR-Quick and dirty: Electric potential energy- Tells you the energy of all the charges. Electric potential- tells you the potential of a single charge.

[@markdeartola1154]

why am i still so damn confused

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I am too

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did something cleared your mind? because i'm also confused xD

[@w80.]

y are there only 223 likes on dis vid?

[@rhaast864]

Shouldn't it be r² instead of r? (7)²*?

[@marknicholzsimporios5107]

Its not a vector but a scalar

[@GPBEducation]

Thanks for your question! The equation for electric potential energy is kq1q2/r. We don't square the 7 since radius in the equation isn't squared. There is an equation in which you would square the 7 but, that would be if you wanted to calculate electric force.

[@libai9983]

r^2 is for force.

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[@plopplop-ed5un]

Stop talking with your hands so much

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