Diffraction grating experiment

[@Kirtiyaduvanshi5151]

Thank you so much sir 🙏🙏 nice experiment ❤❤❤

[@Awasthi_18]

Sir aapne minimum deviation method nahi bataya sirf normal incidence method bataya so please ek video minimum deviation method par banaeye🙏🏻

[@sunilrocking6310]

Good explanation sir.. The way u said the arrangement of apparatus is so helpful

[@physicslabbymohanagarwal1793]

Thanks & welcome

[@ForeverTillend]

Sir you're a blessing.. thanks a lot for sharing

[@physicslabbymohanagarwal1793]

Thanks and welcome

[@jnithinsanjith4070]

Very nice explanation ❤❤

[@physicslabbymohanagarwal1793]

Thanks a lot 😊

[@aarushi2143]

Thanku so much sir life savior❤

[@riyaupadhyay4517]

Nice video

[@physicslabbymohanagarwal1793]

Thanks

[@physicslabbymohanagarwal1793]

th-cam.com/channels/3cfhxM_qPL5zBvlCFcSmJw.html. For more videos of physics experiment you can visit my chanel

[@Devanshhhhh14]

Best

[@physicslabbymohanagarwal1793]

Thanks

[@ghanshyambharia3835]

Sir calculation kaise karna hai

[@physicslabbymohanagarwal1793]

When you subtract right side reading to left side reading you get 2 theta and by dividing 2 you will get theta which is angle of diffraction for each color.now using the formula you can calculate the wavelength for different colors.

[@gangajyothibansode8995]

Sir by using, lambda=2.54×10-²/(nN) ×sin theta

[@gangajyothibansode8995]

Do we able to find

[@kanhaiyaKumar-uo3zf]

Apne dikhaya nahi second order
Pure yutube pe sabhi log second order neglect ker ke chale jate hai
😑😑😑😑😑😑😬😬

[@physicslabbymohanagarwal1793]

Second order dikhta he after completing first order sirf intensity kam rahegi

[@kanhaiyaKumar-uo3zf]

@@physicslabbymohanagarwal1793 ok sir , thanku so much 😊