Thanks for all these great videos. Especially for the Biot-Savart explanations!!! I have one question: What if, during the integration around a curve produces an angle of GREATER than 180 degrees??? Do I use the sine of the other smaller (acute rather than oblique) angle?? THANKS MUCH!!!!!
In the second example, your manual integration reached "sin theta" as your answer. The table shows something much different. I know, ultimately, you got to the same answer but I'm having trouble reconciling that or seeing the wood for the trees. Is there a way you can illuminate this so it makes more sense? Love you videos btw, you're amazing!
Just what I needed for my midterms. Thanks physics ninja for making my day! 😁
You got this, good luck
This is really alleviating, the explanation is just superb ! Thumbs up
Thanks a lot!
Very good explanation. I learned something new today. Thank you.
Second example was really helpful, thanks!
Thanks for all these great videos. Especially for the Biot-Savart explanations!!!
I have one question: What if, during the integration around a curve produces an angle of GREATER than 180 degrees??? Do I use the sine of the other smaller (acute rather than oblique) angle??
THANKS MUCH!!!!!
this explanation is wonderful
thank you my lecturer
genuinely so grateful
amazing explanation
Hello Sir, I got a quick question. Do you know what physics concepts are used by robotics technicians?
What drawing app do you use?
I use the draw function on PowerPoint. I also have used one note on PC and notability on MAC
omg this is really good!
Thank you
In the second example, your manual integration reached "sin theta" as your answer. The table shows something much different. I know, ultimately, you got to the same answer but I'm having trouble reconciling that or seeing the wood for the trees. Is there a way you can illuminate this so it makes more sense? Love you videos btw, you're amazing!
Can you send a picture of the table. onlinephysicsninja@gmail.com
Lost me at trig subs. I can't follow along trig subs 😢
thanks for the help
Nice video!
so good
thank you keep update please
How about magnetic field at any point inside the loop? Is there a closed-form solution?
Not for an arbitrary loop.
you are that good❤🔥❤🔥❤🔥❤🔥
wish you would use your
right hand to indicate what youre talkin about
That trig sub integral wasn't straightforward actually lol.😂
I agree, I guess after doing it for the 500th time it’s more straightforward
the best
I love you
Panzer you. (Insert 'h' after the first letter in the value of panzer)
You're welcome