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12:00 the supposed relationship between F and r goes like that? Huh? That's like the graph of F = r

scretch distance is vectoral?

love your shit keep it up with the good stuff bowman

who grinding

thanks for the video, very helpful

watching this 4 hours before my exam 😭

Your videos are seriously great man, thanks so much!

Wait why wouldn't mgh=1/2mv^2 + fL if initial energy is greater than final energy?

Thank you so much for educating me

For the EM wave at the beginning of the video, E and B should be swapped

But what if initial velocity is NOT zero can you still just plot "t squared" vs "position" ?

I can’t put into words how much this video brings me joy I just want to jump up and down in joy I would like to personally thank you Jacob Bowman for posting this delightful video

Hello I have this class and I believe that you should post some fortnight videos

This is wonderfully explained. Rarely you can find such a clarity regarding the concepts. Thank you so much.

11:51

sir, you just possibly saved me from having to hang myself

Thanks for the great review.

How do I solve for T and acceleration of the bucket if I am given the radius and mass of the pulley and bucket? Please help

such a great explanation - many thanks from the UK :) !

Great video!

What I struggled to learn for 2 months in 11th grade I crunched in 20 minutes, and not even in my native language. Get this man the recognition he deserves.

W

Thank you so much. Great explanation, I didn't understand from the book exact same topic.

11:57 equal pressures

amazing

The last equation presented in this video is incorrect due to Kepler's third law "the squares of the orbital periods of the planets are directly proportional to the cubes of the semi-major axes of their orbits"(t^2 ∝ r^3). The equation can be "T^2=4π^2r^3/GM" or "T=2πsqr(r^3/GM)".

This was incredibly helpful! Thanks so much!

Please don't give up just continue

I thought you are talking when eating something by slurping, anyway thx

So helpful. Thank you.

i lov u

Please help me with another bucket scenario

Your videos are the best at explaining things by far. I was wondering if you could do any parts of the Physics C curriculum?

Perhaps you could do a video showing how it is done after the Excell graph completed for the line of best fit, error lines and the y= mx +b equation.

I am doing first year physics at age 76,at University, after 25 years teaching secondary Chemistry. Should have really learnt this long ago but I hate to say that we teachers are not always the best teachers. Thanks for the linerization explanation. Now I hope I can find something that you have done on unc ertainties. I am having total concept loss about all the ucertainty calculations, absolute uncertainty, fractional uncertainty and how they link to these linear graphs. I can doo all the error lines with Excel but confused about linking the actual uncertainty of the ruler I use to measure to the final equation for the line of best fit and then using it to determine a value using the slope of the linearized graph.

Thank you for being clear and concise

I subed do I get an A now?

thanks bowmanater 😎😎😎

Thanks bro. AP physics 2 just started and I've spent too long staring at my homework

Good video, preparing for physics 2 in university and using these as a refresher!

Legend 🔥🔥🔥from Algerie

thanks!

LIFE SAVER DAWG

🙌

my teacher explained this is quite literally the most confusing way possible. for a week he taught us that the right hand rules applied to negative charges, because he forgot that right hand rules apply to positive charges. thanks so much for this video man

my goat

Lol im binge watching all of these videos as it comes time for the ap test next week. Got a 3 on a mock exam given by my teacher so im scared, but hopefully this should help

Thanks for the vid! This is gonna be on my physics test, so I definitely needed the explanation.

Gomez better

we litty