Bernoulli's Theorem (in Shorts)

Hello guys! let's derive bernoulli's theorem in shorts.

[PLAYChemistry]

Hi Guys! let's understand Bernoulli's Theorem in 1 minute.

[vibushithirthankar]

Was struggling to understand this.. ur animation just made me very clear❤

[avinashkushwaha]

Man this is just at point💖💖
I'm just speechless

[vipulkhairnar]

Bro I don't have words teachers can't explain clearly it within 1-2 hrs You have done it just in a min ✨
You are on next level Keep It Up🌟

[sushilyadav]

Helpful video
Please make this type of content..
Thank you

[parijatroy]

Your animation cleared my doubts. Thank you

[Abhi-co]

Sir please continue these short series ❤❤❤

[huzzishake]

Thank you sir, I understood it very well and easily

[learningwithsandeepnandgir]

Bernoullis theorem states for an ideal fluid(incompressible and frictionless fluid) in streamlined conditions the increase in the speed of fluid occurs with a decrease in its pressure following the law of conservation of energy for fluids.
In other terms for an ideal fluid in a streamlined condition sum of its potential energy, kinetic energy and pressure energy is always constant.
So we find if speed increases pressure decreases for example if we blow between two balloons the two balloons come near one another.
If we hold a strip in our mouth and blow, the due to blowing air speed increases and pressure decreases resulting in flattering of paper strips. upwards.
If in a hut, the air above hut speeds up, the pressure above hut decreases and the wall of the hut is thrown upward due to pressure of air inside.
In the narrow pipe pressure energy of water decreases and kinetic energy increases and in a wider pipe the pressure energy increases and kinetic energy decreases.

[tamannasharma]

God i was struggling really bad with this....& Now uw did it crystal clear ...thnks man

[Jeevesh]

Kon kon chata h ki es per sir Puri video bnae .😊

[asadansariansari]

Omg guru ji kahi bhi nahi aaya smanj 😢ya but aap na aak dam sa samja diya thankyou so much eesa bolta hai kam time ma bada dhamaka 😅😅😂😂

[devyanichandrakar]

Thanku sir you make really easy for me to understand this topic❤

[shahzadms]

Was watching class over this topic didn't understand properly after watching this i got it
superb animation '🔥🔥🔥🔥🔥🔥🔥

[pluckedflower]

I wish you have an idea that how much helpful this video 💜💜💜

[sujeetxopvlogs]

You are the besttt dude keep it up 🥹❤️

[ujjwalprakash]

Thankyou it's very easy to understand ❤

[nikhilkumarutharkar]

Deme god animation, , , thank you very much

[ganeshkumarvenkatesan]

Why does pressure decrease when velocity increases according to Bernoulli's theorem, but when you pinch a hose the water coming out from thebpipe has high pressure F/A (less Area, So more Pressure), and the velocity increased to? Please let me know

[simplechemistry-vhjw]

😢 thanks sir 😮you are explain amazing 🤩