WOW! Thank you so so much for taking the time to make these videos! They have helped me out so much, I love your enthusiasm and just how easily you explain complex topics! Thank you thank you!!
WOW! I'm blown away at how it is soooo easy to understand this. After watching both parts of your video I can confidently say that I completely and clearly understand the difference between: electric potential, electric electric potential energy, potential difference/voltage. you just earned yourself a new SUBSCRIBER! Keep making more videos, you're one of the best teachers I've ever had ~ and that's an understatement.
At 8:52, you said that "positively charged particles always like to go to regions of lower electric potential." Couldn't you say the same about negatively charged particles, if you had a negative 10 C charge on the left, and a negative 3 C charge on the right?
So I believe negatively charged particles go towards regions of high electric potential, because this will lower the electric potential energy of the system which is favorable.. does that make sense? Both negatively charged particles would want to go to areas of relatively high electric potential, lowering the electric potential energy of the system.. does that make sense..? (Haven’t thought about physics for 3 years so take what I say with grain of salt but that’s my recollection)
At 7:55 you have a positive charge on the far left which creates EP near it (10 joules/C) and farther away the EP decreases to 1 joule/C. A positive charge placed at 10 joules would move towards 1 joule. I would like to see the same example using all negative charges. What would the EP values be? Then if you placed a negative charge at the 10 joules point (or would that be -10 joules?) which way would that negative charge move and why?
Literally the only person who is able to explain this concept
You are an amazing teacher! Love the way you say “moves” too lol
I can you have inculcated this concept in my mind .... I am simply pleased and you not just pure love but pure blessings for many like me...
WOW! Thank you so so much for taking the time to make these videos! They have helped me out so much, I love your enthusiasm and just how easily you explain complex topics! Thank you thank you!!
are you studying for the mcat?
WOW! I'm blown away at how it is soooo easy to understand this. After watching both parts of your video I can confidently say that I completely and clearly understand the difference between: electric potential, electric electric potential energy, potential difference/voltage. you just earned yourself a new SUBSCRIBER! Keep making more videos, you're one of the best teachers I've ever had ~ and that's an understatement.
HOLY CRAP LIFESAVER ALERT OMY I COULDNT UNDERSTN THIS TOPIC FOR LIKE HOURS AND YOU APPEARED
Bless your soul my kaplan books sucked at explaining this concept
This video is so underrated omg
People are not into clearing concepts, and that's the reason
Awesome video brother
I have a question. For Electric Potential Energy, can't we just use the formula we used previously (kqQ /r) ?
Yup
great vid but you didn't really have to yell.
Incredible video. Thanks brudda. Bird up.
Very well done.
its embarrassing how i never understood them until this video
At 8:52, you said that "positively charged particles always like to go to regions of lower electric potential." Couldn't you say the same about negatively charged particles, if you had a negative 10 C charge on the left, and a negative 3 C charge on the right?
So I believe negatively charged particles go towards regions of high electric potential, because this will lower the electric potential energy of the system which is favorable.. does that make sense? Both negatively charged particles would want to go to areas of relatively high electric potential, lowering the electric potential energy of the system.. does that make sense..? (Haven’t thought about physics for 3 years so take what I say with grain of salt but that’s my recollection)
At 7:55 you have a positive charge on the far left which creates EP near it (10 joules/C) and farther away the EP decreases to 1 joule/C. A positive charge placed at 10 joules would move towards 1 joule.
I would like to see the same example using all negative charges. What would the EP values be? Then if you placed a negative charge at the 10 joules point (or would that be -10 joules?) which way would that negative charge move and why?
@@sciencesimplified3890 I'm taking physics rn and you are completely right.
Should the r be squared?
😊