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Sir during a diffraction grating...... Just like example -- when green radiation wave constructively interfere with red wave so produced combinated wave color is changed or not?
@Irene Emanuel. Glad you liked the video :) The main function of a filter or a monochromator is to separate a particular wavelength from the stream of light (which is made up of numerous wavelengths). By doing so one can obtain a monochromatic source of light from a normal source of light (e.g. tungsten lamp). The application of filter or monochromator can be a photometer or a spectrophotometer respectively. Hope this clears your doubt. If still have any query about the topic feel free to comment :) Stay calm and keep learning!
on the diffraction grating, the animation is badly made, why? reflection occurs at same angle as the incident ray to the opposite direction. The particle is shown to come at an angle and reflect at an arbitrary angle, which is bad for the student, cause he needs to know that reflection occurs at a specific angle relative to the normal vector. Also, what is the theta angle? What is the distance d?
Very clear, very useful, straight to the point and not a single non-practical explanation! Very nice videos!!
Thanks +Mixardry for such positive comments. Glad that you liked the videos 😃
Your video was playing in my mind as I attended my semester exam today! Keep them up!
Awesome!!! We are loving the support. Thank you 😃
Your videos bring life to the dead Analytical Instruments theory
+Venkat Ratnam, Thanks for such a wonderful comment. We are glad you loved our videos :)
I watched a 15 minute Kahn academy video and it didn’t help. You made everything super clear in half the time. Thank you!
u save my time by making such a wonderful practical video...excellent work..
Thank you for the support. Let us know if you want videos on any specific topics :)
Get amazing content and support on Academic Courses, GATE Courses, Professional Courses and Career with Ekeeda. Go to ekeeda.com/ platform and register with the referral code EAPHAR74. Use the coupon code Ninja10 on purchase for special discount!
We have an exciting news for everyone! We have developed a course on PLC basics in collaboration with Internshala where you can get good discounts using the coupon code ISRP16947850. Go check it out here- trainings.internshala.com/plc-programming-training
Thank you 😊
from Egypt 🇪🇬
There is no reason to dislike thia video I like it very much, really nicely explained
Thanks Shubham Dubey for your support :) We are glad you liked the video.
New subscriber here! You just saved me from my analytical chemistry class. Thank you for this!
Thank you very much for the great explanation
Really insightful presentation, simple and phenomenal. Greetings!!
Greetings from Practical Ninjas!!! Thanks +P S for such wonderful comment. Glad you liked the video.
amazing best explanation.
very educative and helpful to us, Thanks
excellent work to explain in details...Thank you!
fantastic explanation! Great thanks.
I really appreciate ur work great way of explanation
Thanks for your support +Abhishek dubey. Glad you liked our videos :)
Great work... Thanks
Sir during a diffraction grating...... Just like example -- when green radiation wave constructively interfere with red wave so produced combinated wave color is changed or not?
in the figure for light dispersion, I think blue light should be diffracted more than red light in typical prisms?
I love this video. So helpful. thank youuuu
Well explained thank you sir
thanks for the good video but i have a question, what are the difference in function and application of filters and monochromoter wavelength?
@Irene Emanuel. Glad you liked the video :)
The main function of a filter or a monochromator is to separate a particular wavelength from the stream of light (which is made up of numerous wavelengths). By doing so one can obtain a monochromatic source of light from a normal source of light (e.g. tungsten lamp). The application of filter or monochromator can be a photometer or a spectrophotometer respectively. Hope this clears your doubt. If still have any query about the topic feel free to comment :)
Stay calm and keep learning!
Very helpful
Forefront Coating Equipment Manufacturer❤
very helpful video.....
Glad you liked it!
Finally!
Thanks a lot
🤟
Brilliant :D
on the diffraction grating, the animation is badly made, why? reflection occurs at same angle as the incident ray to the opposite direction. The particle is shown to come at an angle and reflect at an arbitrary angle, which is bad for the student, cause he needs to know that reflection occurs at a specific angle relative to the normal vector. Also, what is the theta angle? What is the distance d?
Thanks a lot