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Holy i got a lot of work to do

Wow thanks, this is very clear

how do you know the volume of the sphereical shell with out deriving it?

Thanks for this! My physics book just says I=\int(r^2)dm=\int(sigma*r^2)dV and gave no further explanation for finding the moment of inertia :(

How is it that we have I = r^2 dM = r^2 dM / 2 ?

thank you so much i appreciate you so much

Thank you

That was a very nice explanation! Thank you!

Thank you! Very simply explained! I would only elaborate a bit more in the dA = 2pir dr, because for whose who are new to this it may be a bit hard to understand that it is the perimeter times a small dr.

I tried to use A=theta.r^2.1/2 and dA=1/2.r^2.dtheta then integrate from 0 to 2pi but it didn't work, why?

I don't really understand the breakout

Thank you I think there is a mistake denoting dI as (1/2) r^2 dM since I is integral of dI, and not (1/2)I

man the best explanation out there, thank you so much

What an in-depth and clear explanation , it helped me clear up my doubts better than my professor. Thanks

Awesome review! Clear and concise. Good shit man.

thnx

Excelent! tnks!

Haha woooorrrrd ty

can you help me with this please: Discuss how the CNOT gate does not have pre-assigned control and target bits but that these are basis dependent. thank youuu

thank you

SUPERB , ALL VIDEO ARE SUPER SUPER DESIGNED AND WELL INFORMATIVE

How is the Hadamard done? Physically on the chip or with microwaves?

Hey, please help with other formulae.

Great video!

what if the controller is in the -1 state

Helped me write my physics with calculus final God bless you

Pls speak more energeticly

Speak louder pls

Just watched this without audio. Still very helpful 😂

Was very helpful 🤗!!!if u could include the tensor product part like explaining it in detail it would be nicee

Hello, thank you for these videos. Would you know where else I might find videos relating specifically to the rest of the Physics GRE test. I'm just preparing for a test. Many thanks and best regards

It'd be great if you could simply explain QM for Physics GRE

Good job!

solve more questions so humanity take advantages

C01 explanation. C10 is easy to understand

Thank you

How about the moment of inertia of thin spherical shell of radius about any diameter?

Thank you! your explanation is detailed and clear! cheers

you sound like nate from the office, but thanks

This is amazing. Thank you so much.

Thinking it in terms of a derivative of a solid sphere is brilliant. However, assuming one does not know the moment of inertia of a solid sphere, is there a way to just use integration to calculate this?

i love your videos. please make more

How can you build such a gate in practice? To know the control bit you need to perform a measurement that would collapse the wave function. Furthermore, how does this gate work if the control bit is in a superposition?

Tysm sir it was very clearly explained 😀

Don't be afraid to get near the microphone.

haha this is a sneaky way to do that, just like a physicist would do. mathematicians disliked.

Hi could I sent to u email

Thanks a lot for the explanation!

A nice video, tbh; but I think more people will like it if you solve a past question paper or something, or just go through some questions in your videos (and make them a little longer), there will be more people who'd want to watch your videos. You explain this stuff really well, I understand that from your moment of inertia derivation videos. Just a simple suggestion! 😄

A ver good simple and short explanation