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Hero of the derivations
เข้าร่วมเมื่อ 29 มิ.ย. 2022
FREE EDUCATION TO ALL. 🙏
Derivation of position of bright and dark band, fringe width in Young's double slit experiment.
Derivation of position of bright and dark band, fringe width in Young's double slit experiment.
มุมมอง: 73
วีดีโอ
Derivation of law of reflection from wave theory of light • HERO OF THE DERIVATIONS.
มุมมอง 4021 วันที่ผ่านมา
Derivation of law of reflection from wave theory of light • HERO OF THE DERIVATIONS.
Derivation of law of refraction from wave theory of light • HERO OF THE DERIVATIONS.
มุมมอง 39หลายเดือนก่อน
Derivation of law of refraction from wave theory of light • HERO OF THE DERIVATIONS.
Derivation of magnification produced by an astronomical telescope • HERO OF THE DERIVATIONS.
มุมมอง 103หลายเดือนก่อน
Derivation of magnification produced by an astronomical telescope • HERO OF THE DERIVATIONS.
Derivation of magnification of a compound microscope • HERO OF THE DERIVATIONS.
มุมมอง 151หลายเดือนก่อน
Derivation of magnification of a compound microscope • HERO OF THE DERIVATIONS.
Derivation of magnification of a simple microscope • HERO OF THE DERIVATIONS.
มุมมอง 119หลายเดือนก่อน
Derivation of magnification of a simple microscope • HERO OF THE DERIVATIONS.
Derivation of effective focal length of combination of thin lenses • HERO OF THE DERIVATIONS.
มุมมอง 65หลายเดือนก่อน
Derivation of effective focal length of combination of thin lenses • HERO OF THE DERIVATIONS.
How angle of incidence equals to angle of emergence at minimum deviation derivation.
มุมมอง 44หลายเดือนก่อน
How angle of incidence equals to angle of emergence at minimum deviation derivation.
Derivation of deviation through a prism of small angle • HERO OF THE DERIVATIONS.
มุมมอง 92หลายเดือนก่อน
Derivation of deviation through a prism of small angle • HERO OF THE DERIVATIONS.
Derivation of expression for deviation in a prism and refractive index of a prism
มุมมอง 662 หลายเดือนก่อน
Derivation of expression for deviation in a prism and refractive index of a prism
Derivation of linear magnification of a concave lens • HERO OF THE DERIVATIONS.
มุมมอง 702 หลายเดือนก่อน
Derivation of linear magnification of a concave lens • HERO OF THE DERIVATIONS.
Derivation of linear magnification of a convex lens • HERO OF THE DERIVATIONS.
มุมมอง 602 หลายเดือนก่อน
Derivation of linear magnification of a convex lens • HERO OF THE DERIVATIONS.
Derivation of linear magnification of a convex mirror • HERO OF THE DERIVATIONS.
มุมมอง 1002 หลายเดือนก่อน
Derivation of linear magnification of a convex mirror • HERO OF THE DERIVATIONS.
Derivation of linear magnification of a concave mirror forming real image • HERO OF THE DERIVATIONS.
มุมมอง 1952 หลายเดือนก่อน
Derivation of linear magnification of a concave mirror forming real image • HERO OF THE DERIVATIONS.
Derivation of thin lens formula for a convex lens • HERO OF THE DERIVATIONS.
มุมมอง 1392 หลายเดือนก่อน
Derivation of thin lens formula for a convex lens • HERO OF THE DERIVATIONS.
Derivation of lens makers formula • HERO OF THE DERIVATIONS.
มุมมอง 3123 หลายเดือนก่อน
Derivation of lens makers formula • HERO OF THE DERIVATIONS.
Refraction at the spherical surface when the object is placed in the denser medium.
มุมมอง 1343 หลายเดือนก่อน
Refraction at the spherical surface when the object is placed in the denser medium.
Derivation of refraction at convex spherical surface • HERO OF THE DERIVATIONS.
มุมมอง 2203 หลายเดือนก่อน
Derivation of refraction at convex spherical surface • HERO OF THE DERIVATIONS.
Derivation of relationship between critical angle and refractive index • HERO OF THE DERIVATIONS.
มุมมอง 8523 หลายเดือนก่อน
Derivation of relationship between critical angle and refractive index • HERO OF THE DERIVATIONS.
Derivation of relation between apparent depth and real depth in a liquid • HERO OF THE DERIVATIONS.
มุมมอง 5344 หลายเดือนก่อน
Derivation of relation between apparent depth and real depth in a liquid • HERO OF THE DERIVATIONS.
Derivation of expression for lateral displacement • HERO OF THE DERIVATIONS.
มุมมอง 3275 หลายเดือนก่อน
Derivation of expression for lateral displacement • HERO OF THE DERIVATIONS.
Derivation of mirror formula for convex mirror • HERO OF THE DERIVATIONS.
มุมมอง 6466 หลายเดือนก่อน
Derivation of mirror formula for convex mirror • HERO OF THE DERIVATIONS.
Derivation of mirror formula for a concave mirror forming virtual image • HERO OF THE DERIVATIONS.
มุมมอง 1K6 หลายเดือนก่อน
Derivation of mirror formula for a concave mirror forming virtual image • HERO OF THE DERIVATIONS.
Derivation of mirror formula for a concave mirror forming real image • HERO OF THE DERIVATIONS.
มุมมอง 6486 หลายเดือนก่อน
Derivation of mirror formula for a concave mirror forming real image • HERO OF THE DERIVATIONS.
Derivation of relationship between focal length and radius of curvature of concave and convex mirror
มุมมอง 5206 หลายเดือนก่อน
Derivation of relationship between focal length and radius of curvature of concave and convex mirror
Derivation of expression of charge and current in Lc oscillation • HERO OF THE DERIVATIONS.
มุมมอง 916 หลายเดือนก่อน
Derivation of expression of charge and current in Lc oscillation • HERO OF THE DERIVATIONS.
How to convert decimal to binary and binary to decimal • HERO OF THE DERIVATIONS.
มุมมอง 236 หลายเดือนก่อน
How to convert decimal to binary and binary to decimal • HERO OF THE DERIVATIONS.
Derivation of energy stored in a inductor connected across ac • HERO OF THE DERIVATIONS.
มุมมอง 4786 หลายเดือนก่อน
Derivation of energy stored in a inductor connected across ac • HERO OF THE DERIVATIONS.
Derivation of average power in capacitor connected across ac current • HERO OF THE DERIVATIONS.
มุมมอง 2596 หลายเดือนก่อน
Derivation of average power in capacitor connected across ac current • HERO OF THE DERIVATIONS.
Derivation of average power in an inductor connected across an ac current • HERO OF THE DERIVATIONS.
มุมมอง 3646 หลายเดือนก่อน
Derivation of average power in an inductor connected across an ac current • HERO OF THE DERIVATIONS.
Super
Thanku so much sir ❤ your video help me lots of. I saw to much video but can't understand but in your video I got everything ❤❤❤❤
We use this relation frequently in all courses of orbital mechanics, thanks sir.
Well done, thanks.
It's a very helpful class...
very good
Very nice❤
What's the software u use?
@@two_pie Autodesk sketchbook
thankyou sir
Ultimate sir 🎉 Very easy to understand everything
Thank you so much sir
beautifully explained
Thank you very much sir i was not able derive this expression before now i now why the MF is taken 0 in CD. ❤❤
We know that this kind of videos requieres a lot of time to prepare, thank you very much for your availability. More videos please.
@@HamidOumimoune-sb6zq yes. It will almost take 5 hrs to finalize a video. Thank you.
thank you sir
Kumat
Thankyou sir
why are we taking a rectangular loop and why the magnetic field outside is zero ?
Any loop is fine only for convenience we take a rectangular loop. There is actually field lines outside a solenoid but compared to inside of a solenoid it is too small in number. So we can assume the field ouside is zero
❤
Perfect for revision. Thank you Sir!
Great explanation
Please sir add some tags so that TH-cam Algorithm will recommend to the students like me who want to understand the derivation of the physics . It took me two months to get your channel last year and You may remember or not I have told you that your channel is precious pearl found in the ocean 🤠🤠🤠😊😊🙏🙏
@@roneet9027 ok👍. Ya I know😊.
thank you so much sir , your videos are just great , I do not know why you have not become popular
thank you so much sir as you considered both cases and explained very well
thank you so much sir as you have explained both the ways using gauss theorem and without too and it feels satisfying now
thank you so much sir , after so many years finally I understood how or from where this epsilon naught comes into this formula
wonderfully explained
Thank you so much
thank you so much sir
thank you so much sir
thank you sir
Valare Nandi Sar 🤠🙏 sorry for spelling mistake 😁😁
😁Its acually correct.👍. Thank you.
Thank you so much sir
Wonderfully explained sir 😊😊
Thank you so much sir
Thank you so much sir 🙏🙏😊😊
Thank you sir❤
Sir very well explained! U r mallu right!?
Thanks a lotttt!!! ❤❤🎀🎀
Thanks a lotttt!!! ❤❤🎀🎀
Bad explanation😢
5:00 why? Like what formula did you use sir?
Its binomial expansion. That is (1+x)^n = 1+ nx when x is small
Nice sir❤❤❤❤❤
Really, it's very interessant for us to know the origin of every formula we use in physics. thanks a lot.
🔥🚒🚒
Sir I first time saw the channel but I really understand😉 thank you sir
Tharun goat
Good proof, thanks very much.
Kumat
Helpful ❤❤❤❤