Sir, I am a graduate of BSEE, preparing for licensure exam and I just wanna say your videos are very helpful for reviewing the concepts of different subject. Thank you sir
Very attractive and breef, my question is the charged body has also gravitational acceleration which mess up everything here. Is it neglected because it is small or to make the calculations easy?
When calculating the magnitude of the force we leave the signs off of the values because the magnitude is a scalar value. We take the sign into consideration when we want to know the direction of the force/accleration/velocity etc.
what an amazing teacher thank you so much these concepts were hard for me and u made it easy u got new subscriber and also anew student thanks for ur time
Hello. Thanks for the explanation. I have one question. Why do we consider the distance between plates when the particle moves perpendicular to the field, but we don't when it moves parallel to the field?
Those parameters of speed and acceleration and time it takes the electron to travel are totally beyond the human physical practices, imagine the human moving at those velocities - it will convert human into energy LOL
Brilliant work there. Your consistent breakdown of how equations are derived is next level compared to almost everyone else I have been looking at.
Wow, thanks for the great comment.
Sir, I am a graduate of BSEE, preparing for licensure exam and I just wanna say your videos are very helpful for reviewing the concepts of different subject. Thank you sir
Glad to hear that the videos are helpful. Thanks for your comment!
Very attractive and breef, my question is the charged body has also gravitational acceleration which mess up everything here. Is it neglected because it is small or to make the calculations easy?
Yes, it is neglected to simplify the problem and also it is relatively small when compared to the acceleration from the electric field.
Thank you very much man, I'm Brazilian and here I had a lot of difficulty relating the equations with their origin
Glad I could help!
why didnt you add a negative sign for the charge of the electron?
When calculating the magnitude of the force we leave the signs off of the values because the magnitude is a scalar value. We take the sign into consideration when we want to know the direction of the force/accleration/velocity etc.
what an amazing teacher thank you so much these concepts were hard for me and u made it easy u got new subscriber and also anew student thanks for ur time
Thanks for the nice comment and welcome to the channel!
Hello. Thanks for the explanation. I have one question.
Why do we consider the distance between plates when the particle moves perpendicular to the field, but we don't when it moves parallel to the field?
Does this only apply when plates are placed horizontally?
for these problems we generally ignore the effect of gravity, therefore the orientation of the plates would not matter.
thank you for un frying my brain (my hero)
That's a great compliment, thanks!!
shouldn't U = qEd and V = Ed?
U = qEd is the change in potential energy or the work done and V = Ed is the potential difference between parallel plates.
Those parameters of speed and acceleration and time it takes the electron to travel are totally beyond the human physical practices, imagine the human moving at those velocities - it will convert human into energy LOL
Best🔥❤️👌
Thank you!
It was helpful.
Thanks.
Glad it was helpful!
Thank you soooooooomuch
You bet!
Thanks
Welcome
The best🫡🫵
So nice, thanks!
Ok im camping here wow physics is easy😂
Great comment, thanks!
work is not q delta U, it is just the change in potential energy.
Sure.
I think you should have written q delta V instead of q delta U.
V and U are different quantities.
@@stepbystepscience if work is equal to change in potential difference then why you took W=q delta U. Plz explain it will be great help
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thanks
Welcome