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One Shot video for Chapter 10 Wave Optics for Class 12 Physics 2024
NCERT Class 12 Physics NCERT Chapter 10 Wave Optics One Shot
Full Chapter in 1 Video of Class 12 Physics Chapter 10 Wave Optics

NCERT Class 12 Physics
Chapter 10 One Shot Chapter 10 Wave Optics

NCERT Class 12 Physics
Chap 10 One shot Wave Optics
00:00:00 introduction
00:04:46 Nature of Light
00:08:25 Wave Fronts
00:10:20 Different Types of Wave fronts
00:12:31 Ray of Light
00:14:24 Rays
00:15:19 Huygen's Principle of Secondary wavelets
00:24:31 How to Construct new Secondaty Wavelet by Huygen's Principle
00:25:09 Reflection on the Basis of Wave Theory
00:41:34 Effect on wavelength, Frequency and speed during Refraction
00:43:57 Behavior of a Prism, Lens & Mirror When a plane wavefront is incident on it
00:45:24 Numerical
00:49:14 Principle of Superposition of Waves
00:51:48 Interference of Light
00:56:21 Young's Double Slit Experiment
01:00:35 Conditions for Constructive & destructive interference
01:10:13 Expression for intensity at any point in an interference pattern
01:15:03 numerical
01:17:48 Constructive Interference (Maxima)
01:22:13 Destructive Interference (Minima)
01:24:58 Coherent & Incoherent Sources
01:25:39 Need of Coherent Sources
01:30:18 Two independent sources cannot be coherent
01:31:57 Conditions for obtaining two coherent sources of light
01:33:09 Theory of Interference Fringes
01:36:09 Fringe Width
01:36:55 numerical
01:46:32 Sustained interference pattern
01:46:54 Conditions of Sustained Interference
01:48:21 Intensity Distribution Curve for Interference
01:50:26 Conservation of Energy in Interference
01:53:01 Comparison of Intensities at Maxima & Minima
01:54:15 numeical
01:59:59 Interference Pattern with White Light
02:03:44 Diffraction of Light
02:06:29 Experiment
02:07:58 Size of aperture or obstacle for observing diffraction
02:09:13 Diffraction at a Single Slit
02:11:16 Intensity Distribution
02:12:16 Angular width of Central Maxima
02:12:52 Liner width of Central Maxima
02:13:20 Liner width of Secondary Maxima
02:14:08 numerical
02:16:36 Interference VS. Diffraction

[ROHITS_EDIT]

00:00:00 introduction
00:04:46 Nature of Light
00:08:25 Wave Fronts
00:10:20 Different Types of Wave fronts
00:12:31 Ray of Light
00:14:24 Rays
00:15:19 Huygen's Principle of Secondary wavelets
00:24:31 How to Construct new Secondaty Wavelet by Huygen's Principle
00:25:09 Reflection on the Basis of Wave Theory
00:41:34 Effect on wavelength, Frequency and speed during Refraction
00:43:57 Behavior of a Prism, Lens & Mirror When a plane wavefront is incident on it
00:45:24 Numerical
00:49:14 Principle of Superposition of Waves
00:51:48 Interference of Light
00:56:21 Young's Double Slit Experiment
01:00:35 Conditions for Constructive & destructive interference
01:10:13 Expression for intensity at any point in an interference pattern
01:15:03 numerical
01:17:48 Constructive Interference (Maxima)
01:22:13 Destructive Interference (Minima)
01:24:58 Coherent & Incoherent Sources
01:25:39 Need of Coherent Sources
01:30:18 Two independent sources cannot be coherent
01:31:57 Conditions for obtaining two coherent sources of light
01:33:09 Theory of Interference Fringes
01:36:09 Fringe Width
01:36:55 numerical
01:46:32 Sustained interference pattern
01:46:54 Conditions of Sustained Interference
01:48:21 Intensity Distribution Curve for Interference
01:50:26 Conservation of Energy in Interference
01:53:01 Comparison of Intensities at Maxima & Minima
01:54:15 numeical
01:59:59 Interference Pattern with White Light
02:03:44 Diffraction of Light
02:06:29 Experiment
02:07:58 Size of aperture or obstacle for observing diffraction
02:09:13 Diffraction at a Single Slit
02:11:16 Intensity Distribution
02:12:16 Angular width of Central Maxima
02:12:52 Liner width of Central Maxima
02:13:20 Liner width of Secondary Maxima
02:14:08 numerical
02:16:36 Interference VS. Diffraction

[PayalPundir-musq]

Its really the best one shot for wave optics

[icchaagarwal]

Timestamps
00:00:00 introduction
00:04:46 Nature of Light
00:08:25 Wave Fronts
00:10:20 Different Types of Wave fronts
00:12:31 Ray of Light
00:14:24 Rays
00:15:19 Huygen's Principle of Secondary wavelets
00:24:31 How to Construct new Secondaty Wavelet by Huygen's Principle
00:25:09 Reflection on the Basis of Wave Theory
00:41:34 Effect on wavelength, Frequency and speed during Refraction
00:43:57 Behavior of a Prism, Lens & Mirror When a plane wavefront is incident on it
00:45:24 Numerical
00:49:14 Principle of Superposition of Waves
00:51:48 Interference of Light
00:56:21 Young's Double Slit Experiment
01:00:35 Conditions for Constructive & destructive interference
01:10:13 Expression for intensity at any point in an interference pattern
01:15:03 numerical
01:17:48 Constructive Interference (Maxima)
01:22:13 Destructive Interference (Minima)
01:24:58 Coherent & Incoherent Sources
01:25:39 Need of Coherent Sources
01:30:18 Two independent sources cannot be coherent
01:31:57 Conditions for obtaining two coherent sources of light
01:33:09 Theory of Interference Fringes
01:36:09 Fringe Width
01:36:55 numerical
01:46:32 Sustained interference pattern
01:46:54 Conditions of Sustained Interference
01:48:21 Intensity Distribution Curve for Interference
01:50:26 Conservation of Energy in Interference
01:53:01 Comparison of Intensities at Maxima & Minima
01:54:15 numeical
01:59:59 Interference Pattern with White Light
02:03:44 Diffraction of Light
02:06:29 Experiment
02:07:58 Size of aperture or obstacle for observing diffraction
02:09:13 Diffraction at a Single Slit
02:11:16 Intensity Distribution
02:12:16 Angular width of Central Maxima
02:12:52 Liner width of Central Maxima
02:13:20 Liner width of Secondary Maxima
02:14:08 numerical
02:16:36 Interference VS. Diffraction

[nitishgiri]

sir ekdam energetic way me has has ke padhatte hai and its rare 😀😀

[epistmophile]

Thank you Sir for yhis amazing session with concept clearance, I debted to you for being my teacher who just not told the concept but also makes is to feel them. Sir I want a request from you that you should add lecture notes in all Video lectures library spreadsheet .

[parthsarthi]

NCERT Class 12 Physics
Chapter 10 One Shot Chapter 10 Wave Optics

NCERT Class 12 Physics
Chap 10 One shot Wave Optics
00:00:00​ introduction
00:04:46​ Nature of Light
00:08:25​ Wave Fronts
00:10:20​ Different Types of Wave fronts
00:12:31​ Ray of Light
00:14:24​ Rays
00:15:19​ Huygen's Principle of Secondary wavelets
00:24:31​ How to Construct new Secondaty Wavelet by Huygen's Principle
00:25:09​ Reflection on the Basis of Wave Theory
00:41:34​ Effect on wavelength, Frequency and speed during Refraction
00:43:57​ Behavior of a Prism, Lens & Mirror When a plane wavefront is incident on it
00:45:24​ Numerical
00:49:14​ Principle of Superposition of Waves
00:51:48​ Interference of Light
00:56:21​ Young's Double Slit Experiment
01:00:35​ Conditions for Constructive & destructive interference
01:10:13​ Expression for intensity at any point in an interference pattern
01:15:03​ numerical
01:17:48​ Constructive Interference (Maxima)
01:22:13​ Destructive Interference (Minima)
01:24:58​ Coherent & Incoherent Sources
01:25:39​ Need of Coherent Sources
01:30:18​ Two independent sources cannot be coherent

[zyranth-xw]

Dear Teacher, your lessons are clearer than a crystal ball 🔮! You make physics as fun as a roller coaster 🎢. Thanks for the adventure! 🚀

[Mayank.-rvez]

Thank you very very very much sir, nice exp. 🔥

[arpitakhusi]

Thanks a lot for this video sir 😊 you're the best 🎉

[diptidadhich]

All topics covered(2023-2024 batch)!!...👍🏻 good one

[kavithat.v]

This might be dumb question but how to know if the numerical given is about diffraction or interference?
And in the least numerical we are finding the maxima for diffraction right?... But the formula my school teacher taught doesnt have D in it... Im so confused rn...

[aashu_]

Sir I have already finished watching your three-part video on wave optics a week ago, and just yesterday, we were provided with the concise one-shot version. This is bound to prove immensely advantageous as I prepare for my Term 2 examinations, scheduled for the 12th of October.

Thanks And Lots Of Love Sir ❤

[selfstudy]

Such a fantastic video pure crystal clear 😍🎉🎉🎉🎉🎉🎉🎉

[Mayank.-rvez]

Sir i watch your chenal first time and really your explanation skills ara very good ❤ Thank you sir!!

[hightechgamingyt]

Ur lecture is best in all youtube channel

[oyeunnie]

Amazing Explanation sir🌸🖇️❤️
Thank you so much sir 🛐

[pubgcodgamer]

make a video of all si units and dimensions if necessary it will be helpful when we know the numerical but dont know the unit to write

[arjundev]

Its really one of the best one shot vdo of wave optics....Thank you sir for your

[Sufia-iy]

The cute way of his laughing compelled me 2 like the video❤😂😂

[ChandraMangal-vphd]

Sir 2:14:10 here the formula applied is not same as the formula written before please tell which is righf