Відео

But why are we taking Limiting friction here ??

If we have tk find net force exerted by pully on clamp then how can we find it

Use variables!

thank you.

Could you do a video on concrete piles, specifically in the marine industry. Not only do you have forces working on the pile "downward" depending on what is built on top of the pile, say bridge, bulkhead, or breakwater. But what about the water forces (ocean, bay, river or lake) these forces are both pulling and pushing on the pile. Love the video just want to see it in a different way than your standard "truss". Thanks!

this dont make sense bro and i am a mechanical engineer haha. I know what it is like to be hit with a hose that has a nozzle on it, the pressure is much higher and it hurts haha. wait, that might be they dynamic pressure i am feeling since velocity is involved...

Wonderfully explained

"teeny tiny little wife"

it help me and i subscribe you

برافوووو

❤

Understood

Why doesn’t this have many likes . Amazing explanation ❤

You're ace; do more practical example shorts please.

okay that just made everything intuitive i feel like a god now

Because, I'm aiming at the can... simple

Well Explained Sir.ua-cam.com/video/0tq4fO16NLE/v-deo.html

Please dont put background music when making discussion

Fantastic explanation! I have so much to learn, but I "get" how the concept works with your great visuals. Thanks so much!

sir , T1 and T2 you placed on the FBD of pulley , would be more approriate if called normal reaction ??, as T1 and T2 are components of the normal reaction due to the rope on pulley?

I think in a physical manner, there is less water particles on the smaller tube and mpre on the wider tube therefor less electrons pushing back creating lower pressure

So, Can you explain the final momentum of the wall?

Transcript: (thank me later) :) I'm going to boil ice water without melting any of the ice. Now watch what happens when we put the beaker in a vacuum and suck most of the air out of this vacuum chamber. Now as atmospheric pressure decreases, like when you go up an altitude, the boiling point of water decreases. But the freezing point barely changes at all. And as we approach a perfect vacuum, around one half of 1% of an atmosphere, the boiling point of water becomes so low that it's actually the same as the melting point, or the freezing point of water, meaning what you're looking at right now is both a frozen solid, a liquid, and a boiling gas all at once. And more importantly, all at the same temperature. This is what in physics and chemistry we call the "triple point". air noises And on that note, that's all for now. swirls ice in a beaker

I’m doing medicine and revising everything. Last time I did this was 5 years back when I was in 1st year and I can say that I never understood this but now I do thank you😭😭

Where can i find a similar set of that vacuum equipment?

Isnt a tension pushing

If the above won't work, how to the trains move when magnets are used to push the train to very fast speeds? I think they are called maglev trains...

Thank you @Integralphysics. I might just use your work to study for my FE exam. I am 37 years old

bro seeing how this shit actually works is a trillion times more effective for comprehension than reading about this bs. Thank you so much!

beautifully explained

Id it was to work, wouldn’t that create energy as well? Isn’t that one of his laws as well.

Thanks. I was looking at using one large traditional generator that was rated at 73 decibels or using two smaller inverter generators rated at 58 decibels. With this, I found the two smaller generators combine to 61.01 decibels. I know which I'm using now lol.

cool intro

why can Fr = Fc? can you make any F = another F ?

and...suddenly yoyos make sense

if the semi minor axe (the horizontal one in this case) is larger or smaller, it does not affect the time ? because the time seems to only depends on r1 + r2 over 2, but it seems counter untuitive. If the ellipse is wider, the time should be somehow different, am i wrong ?

☝🤓

Why do you keep pointing at nothing up on the corner?

Oh, mountain forks have damping? I guess we're not talking about Rockshox motion control haha.

What's wrong is you not doing the test & just pointing to a picture saying words

what if you put a object like a piece of paper on top of the pipe

KSP players here ?

Sir::: Could this apply to a rocket launch in that for a rocket to go up its first 15 meters it needs to go up at the speed of 17 meters in its first launch second??? and thanks.

Troll Physics classic

the second type law: more distance more losed power more delay reaction

Thank you! I have my physics GCSE paper 2 tomorrow and you're the first person to visually show me wtf a virtual image actually is outside of those ray diagrams. Officially better than at least 80% of physics teachers

Very helpful for jee!!!

Why the volume is same on both sides?

You say @5:40 "the pressure in the higher velocity region of this flow" and then point to P2=F2/A which is actually the lower velocity region!!! Or you confused me?!?!?!

It's all force/load equilibrium.