Baby steps.. so sweet, and perfect for my baby brain😊 Thanks for your job! It"s perfectly understandable, even for foreigners like me (watching from france). I wish you"ll keep making these physic tutorials!
Maybe I'm a little nitpicky but of course it has to be N² under the square root because otherwise the units won't fit. - And I have to point out that in all the other three videos all the other units in this four videos playlist were right! By the way ... The Coulomb constant must have such a weird unit because that's the only way that the result comes out as a regular force measured in Newtons ;-)
Abraham H hi! I'm glad found this helpful :) unfortunately I have changed the direction of my channel as the tutorial type videos weren't getting many views. Sorry! I hope you still like the new ones!
@@upandatom hi mam I am an iit jee aspirant. I am from India. Do you know about IIT JEE EXAM ? This type of Many questions have been asked in jee main exam (first phase of iit jee exam you can say ) Your explanation is very awesome Thankyou !!
Thanks for the easy to understand video. Please continue doing those. Now, how do I calculate the position of the electrons after, lets say, one second?
Very nice! I like the detailed explanation and friendly presentation. Is there any chance you could find the component vectors? I have a similar problem, only I need to find the component vectors. Also, would you mind if I subscribe to your channel? I could really use your videos for my General Physics II class at Robert Morris University. My brother is also a physics major, so these videos helped both of us out. Thank you again!
Q3 is half the distance to Q1, than Q2 is. So shouldn't the F13 be exactly 4*F12? Those were probably approximations (F12 being little less than 1.2 x10 ^-4, to the extent that approximating to the one decimal place makes it look like it isn't 1 to 4 relation, based on distance 1 to 2), but this is a case where inverse square law 1/r^2 is really useful. Double the distance, you have 4 (2^2) times weaker Force. Triple it, You have 9 (3^2) times weaker force. So if forces are orthogonal in this case (and they are) horizontal force is 1/4 of the vertical force. Although whether forces are orthogonal or not, doesn't make a difference. If for example we take numberline and put Q1 on 0 spot, Q3 on the 1 spot, and Q2 on the 2 spot, than Q2 would generate 1/4 of the force on Q1 than Q3 (F12 = F13/4) Total force on Q1 would be FTotal = F13/4 + F13 = 5/4*F13. Still a very nice video and it helps understanding Coulomb's Law to the beginners :) Keep it up!
It feels that the answer is incomplete. In your calculations you completely ignore the repelling force between q2 and q3. I think we will need to take that into consideration when we do our final vector calculations. What was the reason you left it out?
I am an old guy teaching this to myself right now. Your graphics make for a great video, you mentioned that it would be SUPER detailed, there was a couple of minor items missing that would have helped a beginner understand just a little bit more in case they may not have picked up 100% in your lecture but over all, I really like your teaching style. I was hoping to get the exact vector angle there at the end but its all good, THANK YOU
My pleasure! And good on you for teaching this stuff to yourself, especially as detailed as going through all the equations. Why are you learning it? Just for fun?
I have a teenage daughter that I will be trying to push her towards a computer science degree when the time comes so I am learning some of the required courses so I can get her started early and teach her a few things myself.
This whole thing made me start thinking about the purpose of the electrostatic cloud ( we can only know position or mass not both)surrounding the nucleus of an atom. The problem is then the speed we need to maintain this electrostatic charge to balance the nucleus and electron movement exceeds the speed of light. Ugggh!
Oh god, I can't believe why this channel has just around 5k subscribers...!! Guys plzz subscribe this channel ...!!They are making video lectures with great effort..!!
You helped me a lot with my physics, help me with sleep too Hahahaha! anyway, your content is high qual, sometimes after watching too many serious speaking math tut, u just want a break but while having a break u still want to learn or review the things u learn and this is the best vid for that. Like the comment below, you are definitely a qt
how to find force on q1 if q1=q2=21.3 with d=1.52 and if another charged is placed q3 of the same magnitude in the form of triangle.please give me answer in 10 minutes.
Baby steps.. so sweet, and perfect for my baby brain😊
Thanks for your job!
It"s perfectly understandable, even for foreigners like me (watching from france).
I wish you"ll keep making these physic tutorials!
Why is this channel doesn't have 1 million subscribers at least ??
great work thanks for all this effort really helped me :)
Thank you for the kind words :)
Fun fact: In 2024, she now has 713K subscribers--so... getting there!
you're helping us learn. this is better than television.
Maybe I'm a little nitpicky but of course it has to be N² under the square root because otherwise the units won't fit. - And I have to point out that in all the other three videos all the other units in this four videos playlist were right! By the way ... The Coulomb constant must have such a weird unit because that's the only way that the result comes out as a regular force measured in Newtons ;-)
Thank for the explanation...you saved me for my 3 day physics assignment 👑
she simplifies things so much! I love it!!!!!
Where r u from?
@@thehulk466 no bitches?
youre keeping me inspired from studying :)
Thank you so muuuch! You explained what my teacher can't.
Your teaching & presentation skills are remarkable ^_^
Amazing! I loved the detailed explanation. Is it possible to post more, perhaps tougher questions? Thank you again so much!
Abraham H hi! I'm glad found this helpful :) unfortunately I have changed the direction of my channel as the tutorial type videos weren't getting many views. Sorry! I hope you still like the new ones!
@@upandatom hi mam
I am an iit jee aspirant.
I am from India.
Do you know about IIT JEE EXAM ?
This type of Many questions have been asked in jee main exam (first phase of iit jee exam you can say )
Your explanation is very awesome
Thankyou !!
Thanks for the simplified explanation 👍
Thank you!Nicely done.
Thanks for the easy to understand video. Please continue doing those.
Now, how do I calculate the position of the electrons after, lets say, one second?
Very nice! I like the detailed explanation and friendly presentation. Is there any chance you could find the component vectors? I have a similar problem, only I need to find the component vectors. Also, would you mind if I subscribe to your channel? I could really use your videos for my General Physics II class at Robert Morris University. My brother is also a physics major, so these videos helped both of us out. Thank you again!
You can disregard my component vectors question, as I already found them. I also just subscribed to your channel. Have a great night my friend!
Mam I am from india your explaination is nice 🙏🙏🙏Namaste
Recommend a channel for vector caluclus
Im curious, how do you make videos like this? Do you read script/talk live/use slides?
Q3 is half the distance to Q1, than Q2 is. So shouldn't the F13 be exactly 4*F12? Those were probably approximations (F12 being little less than 1.2 x10 ^-4, to the extent that approximating to the one decimal place makes it look like it isn't 1 to 4 relation, based on distance 1 to 2), but this is a case where inverse square law 1/r^2 is really useful. Double the distance, you have 4 (2^2) times weaker Force. Triple it, You have 9 (3^2) times weaker force. So if forces are orthogonal in this case (and they are) horizontal force is 1/4 of the vertical force. Although whether forces are orthogonal or not, doesn't make a difference. If for example we take numberline and put Q1 on 0 spot, Q3 on the 1 spot, and Q2 on the 2 spot, than Q2 would generate 1/4 of the force on Q1 than Q3 (F12 = F13/4) Total force on Q1 would be FTotal = F13/4 + F13 = 5/4*F13.
Still a very nice video and it helps understanding Coulomb's Law to the beginners :) Keep it up!
Thank you so much. You inspired for studiying. You are the teacher amazing.
THANK YOU, you explain so well
Thanks it's very helpful but,Please can you do one for different charges
Thank you for the lecture. helps a lot I have a question...
what will be the direction of the force?
thanks to you I can pass my physic´s exam of tomorrow
A great explaination.What about charges acting on vertices of triangle
fantastic explanation
brilliant explanation
thank you pls keep going
Thanks a lot
this lecture is really helpful
Why you not upload more
Oh, foolish heart, what are you doing to me!
what if the forces arent at a right angle? How would you calculate the force on q1 then?
U and your video was very nice
It feels that the answer is incomplete. In your calculations you completely ignore the repelling force between q2 and q3. I think we will need to take that into consideration when we do our final vector calculations. What was the reason you left it out?
This helps so much!
I don't know about q1, q2 or q3 but you are definitely a qt
I acquiese !!
smooth af
Easy😂Really smooth man...
HAHA nice one!
You so silly
Thank you🙏❤️❤️
Hi ms physics, can you post a video about electric field and forces, with equations and examples?
I am an old guy teaching this to myself right now. Your graphics make for a great video, you mentioned that it would be SUPER detailed, there was a couple of minor items missing that would have helped a beginner understand just a little bit more in case they may not have picked up 100% in your lecture but over all, I really like your teaching style. I was hoping to get the exact vector angle there at the end but its all good, THANK YOU
My pleasure! And good on you for teaching this stuff to yourself, especially as detailed as going through all the equations. Why are you learning it? Just for fun?
I have a teenage daughter that I will be trying to push her towards a computer science degree when the time comes so I am learning some of the required courses so I can get her started early and teach her a few things myself.
This whole thing made me start thinking about the purpose of the electrostatic cloud ( we can only know position or mass not both)surrounding the nucleus of an atom. The problem is then the speed we need to maintain this electrostatic charge to balance the nucleus and electron movement exceeds the speed of light. Ugggh!
It helped a lot but why you didn't tell about direction I mean angle that vectors F12 and F13 make?
The question only asked about the size (or magnitude) of the vector, meaning that the direction (or angle) didn't need to be calculated
Mam,if +2q,+q,+q these three charges are placed on the vertices of a equilateral triangle, where the net electric field will be zero?Pls help.
Anytime you would like to chat I would be happy to!
Thank u sooooo mich for this helpful video.i really struggle with physics numericals.🤗🤗🤗
how to take angle if the charges are given in such a way that they are in the form of right angle.
thank u .your videos is very helpful..but i have a problem with system of 4 charges ..2 positive charge and 2 negative charge
what about attraction?
Pls have F electric vs Q1 and Q2.
F electric vs R pls
SOUTH AFRICA APPROVES !!!
i wish you were my teacher. I am understanding this even though i have not take my physics 2 yet. I am in physics 1 now.
Glad to hear! I wish you all the best on your physics journey :)
thanks
Please 1 for different charges
THANK YOU
Thanks 😍
Oh god, I can't believe why this channel has just around 5k subscribers...!! Guys plzz subscribe this channel ...!!They are making video lectures with great effort..!!
:)
very good
but why did you stoped?
I didn't stop! I put a video out just last week :)
Upload quickly more topics
but what if they're all at fucked angles and not 90⁰ :(
thank you you are both gorgeous and genius
7:25 someone dies of car crash
Woah, this video is so ancient!
Omg u saved me
glad to hear it!
Nice
Life Saver!!!
Life saver
Deym I love your voice >.< can u also make an ASMR vid T_T
haha really? It's not really in line with what I do but thanks for the compliment! (And I love asmr! gentle whispering is amazing)
You helped me a lot with my physics, help me with sleep too Hahahaha! anyway, your content is high qual, sometimes after watching too many serious speaking math tut, u just want a break but while having a break u still want to learn or review the things u learn and this is the best vid for that. Like the comment below, you are definitely a qt
Not only are you gorgeous but you are a extremely smart!
how to find force on q1 if q1=q2=21.3 with d=1.52 and if another charged is placed q3 of the same magnitude in the form of triangle.please give me answer in 10 minutes.
lmao cheating on a test eh?
😍
Nice 1000 like
You have to got new idea to improve your vedio and it becomes more effective dear
Baby your beautiful your smart your the full package 😘😘😍
audio is poor