Thanks. I could draw the ray diagrams and understand the mirror and lens equations, but couldn't translate it to the physical world and couldn't get it from my physics books.

The static pressure drops as the pipe diameter decreases and the fluid speeds up. What happens to the dynamic pressure?

To make your ambitions come to life, just get a horse and put a tied grass infront of it then tarannn, you just made a horse walk by itself😊

Until I saw this video, I was able to make this work. Now that I know that it's not possible, I'm not able to make it work again! Thank you so much... 😒

Best and easy way to understand,thank you

You still dont explain why the force is higher

My god, the clear explanation, in conjunction with the fine art and beautiful handwriting, insanity.

tysm this helped me understand a problem after an hour of confusion.

Wait the angles are the same so because of symmetry the tensions should also be the same,shouldn't it?

Sir in which rotation it consumes more force or energy to stop rotation wheather in rotation of hands streched outwards or hands pulled in wards????

So beautiful! Thank you

F=ma my favourite equation

It warms my hart and it feels satisfying somehow inside me, when very complicated things gets torn apart and becomes as simple as basic physics.

Amazing

YO MAN, I'M FROM DA GHETTO ANB I NEBER NEW DAT A WOEM GEAR INCREASED DA TOE- K.

Awesome im hooked

I understand so its the way you measure it is what is making this so counter intuitive because the is still 4 n acting on the spring making the Net force of the spring 0 but the net force on the spring 4 but it measures only from one side so it only reads 2 so if you could somehow change the measurement device you could theoretically read 4n am i right or wrong still this all is very counter intuitive even though i understand this fully

Many other yt people just show ray diagrams but you my friend are different thank you for showing such a great explanation ❤❤❤❤❤❤❤❤❤❤❤❤🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉😊😊😊😊❤❤

This video is sponsored by big oil

awesome ty!

what if the 2 masses were different? would it report the smaller one?

You have the bridge wire drawn incorrectly on the second drawing. The parallel resistors are not in series with each other in the circuit.

How does the mirror know the cars are there when the whiteboard is blocking it though

So from what I gather, you pretty much calculate the speeds required to maintain the circular orbits, and also get the formula for the speed at a distance r from the earth to the satellite for elliptical orbit. Then you calculate the speeds at aphelion and perihelion for the elliptical orbit (rp = a(1-e) and ra = a(1+e), in our case rp=r1, ra=r2) and then calculate the delta Vs.

Can you please do a video that explains why a plectrum falls downwards, yet comes to rest at a locus of just more than a hand’s length underneath a sofa or other inaccessible crevice, regardless of the floor covering? Thanks.

So easily explained sir... Thanks for that

If it's pie r squared why are you using the diameter in the equation

this. was. awesome.

Your fraction is upside down.

My man teaching me better than mr smith

You are too fast. Try to explain slowly.

thank you very much.

How do you know the tension of the string acting on both blocks are the same

Thanks a lot very much, I had a lot of confusion about it, now it is truly clear to me.

Thanks a lot now I lost a bet with my wife

you would vonvert triangl to stare circuit and calculate essly, you dont have to do all that hard work

great vid! thanks! probably should've gone a little slower on how you did the integration/derivation, but i get it, not the purpose of this vid. still - good! thx.

The videos are so clear thanks

❤❤❤❤🎉❤❤❤

Thanks sir. ❤❤❤❤

She be like- You said that you were not taking me in the video 😅😅

Io pratico enduro e ho una taratura 10 volte più dura

What if you put 3 on the right?

Pls how am I to know if am to add or minus in a collision calculation

I dont really understand the combination of the equations at the mechanical energy. It doesn't add up i think

I studied the image for a few minutes and it finally hit me. The answer is back pressure Watson. The air which can’t fit through the tube bounces back against the forward pressure. I still need need to work on the ball in the faucet.

Super helpful for my worldbuilding project, thank you so much!

in the concave mirror example how does the image get projected on the board? I thought it would block the light

Thank you soooo much ❤❤❤❤❤❤❤❤❤❤❤❤it is so helpful

❤❤❤❤❤❤❤❤❤❤❤❤😊🎉