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00:00:00if you want to play the video
00:00:03last class when the phase is going on, repeat
00:00:07we have commented last class
00:00:10if the object is dancer or the
00:00:12or a ray? dancer and we are
00:00:15looking at it, so we will reveal
00:00:16the data thing pass
00:00:19for the depth, actual
00:00:21when we will display the pattern
00:00:24does the mu
00:00:25the mu
00:00:26the dancer
00:00:27the ray
00:00:28about this.
00:00:29It's not the most rare thing that's always here,
00:00:31but a lot of objects can be seen.
00:00:33Even if it's a rare thing,
00:00:35it will show you,
00:00:37and if it's a high-league,
00:00:39the height will show you,
00:00:42which will be the same as you multiply.
00:00:45Okay, if you see normal shift,
00:00:47if you see it,
00:00:48when we see it,
00:00:50it's nearly normal.
00:00:52There is a normal shift.
00:00:54If you see it,
00:00:55where it reached, so how much shift has gone?
00:00:58Have you worked on all these?
00:01:00Yes.
00:01:01What did you do before?
00:01:04What did you do?
00:01:06Velocity part, distance, velocity part.
00:01:09Question gave me a question.
00:01:13ELP, which one?
00:01:16Second.
00:01:16Second.
00:01:17Second.
00:01:18Two, five, seven, nine.
00:01:22Two, five, seven, nine.
00:01:24Seven, nine.
00:01:25Koi hai kya is without?
00:01:26Second.
00:01:27Second.
00:01:28Yer, ELP2 ka dhyan se ne giega.
00:01:31ELP2 ka second number ke ocean dhek layen.
00:01:34Vaiset to abhi joh hum yye kar rhe hai, abhi ietna bada doubt nahi ae ga.
00:01:39Lekin agar mein aaj ka topic pade lye ta, free ye karta to shayad, shayad or doubt a ta.
00:01:44Woh hum jab wo padehenge tab or patehenge is situation ko.
00:01:48Dhyan se sunye, eek microscope hai, usko focus kiya jara hai on a coin line at the bottom
00:01:54of beaker.
00:01:55Tho ye eek beaker bana ya hai.
00:01:56Iske bottom pere eek coin hai.
00:01:58Or yaha se eek microscope se hum isko dhek rhe hai.
00:02:01So microscope se dhekne pere isko focus kiya jara hai.
00:02:05Beaker me kuch nahi bharah hai.
00:02:07Question kya according beaker me?
00:02:09Abhi pehli line me kuch nahi bharah hai.
00:02:11Acha focus kiya jara hai.
00:02:13Abhi tuk ham joh observer ko bithateh thai, uski jaga usne kya laga diya hai?
00:02:16Microscope.
00:02:17To yaar, yaha se joh light niklayegi, woh dancer me ya rare me?
00:02:21Koii nahi hai.
00:02:22Sabe ek hi medium hai.
00:02:24Koi medium hai, alag-alag nii hai.
00:02:25Same hai.
00:02:26Toh jitna hai, utra hi dikhye ga.
00:02:29Phrir usne bola hai, agar ham ne microscope ko uski jaga se eek centimeter upar shift kare diya.
00:02:37Toh usko, woh chata hai ki container me rakhye wai iskoin ko woh vaapas se kya kare?
00:02:42Focus.
00:02:43Toh us focus kare nye ke liye is container me kitna pani bharna padega?
00:02:47Pani kitna bhar hai ki wapas se woh microscope joh upar shift kya hai, woh vaapas se uskoin ko focus kare le.
00:02:57Focus kare le.
00:02:58Pahala acha.
00:02:59Microscope ke anndar toh woh se ghumane waala kuch part hota hai?
00:03:02Yes sir.
00:03:03Jis se hem lens ko pass ya daur ghar saktay hai?
00:03:05Yes sir.
00:03:06Aysa usne bola hai hini ki aysa karo.
00:03:08Agar woh aysa bola ta ki tum aapne hath se usko microscope ko upar niche karke,
00:03:12Isko focus kare saktay hai,
00:03:14Pani ki uberta hai?
00:03:15Pato waapas se usko ghumane ke focus hi kar dhe ta.
00:03:17Matlab woh us microscope ko edhodar naihi kar raha hai,
00:03:19Bas yaan ragh diya hai.
00:03:21Agar ye isko focus kare pa raha tha,
00:03:23Iske bichi distance maanlo 10 cm hai.
00:03:26Toh ye kisko focus kare paaya ga?
00:03:28Jo isse kitnay pa ro?
00:03:2910 pari.
00:03:30Simple sa concept.
00:03:32Yer agar ye 1 cm upar kiskaya hai,
00:03:35Toh object bhi hume kitnay upar kisakti bhi dhiknay chahiye.
00:03:381 cm.
00:03:39Tabhi toh phir se waapas se focus kare paaya ga.
00:03:42Kya ye actual hoota hai?
00:03:45Kya ye apparent hai?
00:03:47Ye kya hai?
00:03:49Shift hai.
00:03:50Toh matlab wans hai,
00:03:52Microscope ke shift ki help se object ka shift dhikha hai.
00:03:55Toh ye shift joh hai,
00:03:57Uski value shift ye 1 cm.
00:03:59Shift ko 1 cm.
00:04:00Yer kitna aaya ga?
00:04:01Ns.
00:04:02Yem nai yoh hi lih diya squat out chalou.
00:04:04Iski value kiya hoke laayegi?
00:04:06Ye aaya ga d minus d apparent.
00:04:09D.
00:04:10Acha ye kya kiya denser me hati toh kam dhikha hai dae ga?
00:04:141.
00:04:15Yer agar d.
00:04:161 minus 1 upon mu.
00:04:18Mu ki value water ka rare.
00:04:204 by 3.
00:04:211 by 4.
00:04:22Toh d ki value 4.
00:04:24Pani bharo 4 cm.
00:04:265, 7, 9.
00:04:29Bats 8 nahi diya diya diya diya?
00:04:35Nahi diya na?
00:04:39Nahi diya na?
00:04:40Nahi diya na?
00:04:43Kaan te baat ho hi tiya?
00:04:45Kauči'z relation.
00:05:07Kochi's relation.
00:05:34According to it,
00:05:37refractive index of a medium
00:05:46depends on
00:05:55wavelength of light
00:06:02depends on wavelength of light
00:06:07according to
00:06:08mu
00:06:25wavelength of a plus b upon lambda square
00:06:34plus c upon a plus b upon lambda square
00:06:36plus c upon a plus b upon a plus b upon a plus b upon a plus b upon a plus c constant lambda light
00:06:43give it to the power of a plus b upon a plus b by lambda light
00:06:47If this series will be solved then we will go on the same time.
00:06:57Now, if this series will be solved, we will work with this same time.
00:07:04new velocity can words man or new wavelength can words man
00:07:08yeah what don't you watch each each pick name make this year
00:07:12meaning a little bit meaning a little again but the answers on the
00:07:16case for both execution men jata even you are a good job
00:07:19after the reflection of the regatta of the evil of end of office
00:07:22are you set up as a comma I am is coming up
00:07:25Koi B medium is a Pani himalo your class
00:07:30I call like medium
00:07:32I call you medium after
00:07:33this
00:07:33right
00:07:35yeah
00:07:36depend
00:07:37post
00:07:38medium
00:07:38white
00:07:39oped
00:07:41black
00:07:43yeah
00:07:43yeah
00:07:45good
00:07:46My
00:07:48my
00:07:50yeah
00:07:56yes
00:07:57x 2 well categorize family member of the angle Maribel
00:08:03my coming on
00:08:20को relate करने वाली चीज है
00:08:22अब यहाँ पर देखें इसका
00:08:23मतलब क्या है इसका मतलब यह है
00:08:25कि यह अगर
00:08:27यह एक ही medium है यह विब्ग्योर
00:08:29पताएगा विब्ग्योर के
00:08:32according तुम्हें wavelength किस-किस की
00:08:33ज़्यादा है पता है किस की ज़्यादा पता है
00:08:35तो हमें पता है
00:08:37red के लिए wavelength maximum है
00:08:40और उसके comparison में
00:08:41orange, yellow, green यह सब काम है
00:08:43अगर red कलर की light
00:08:45किसी medium में जा रही है
00:08:47साथ में green कलर की light
00:08:50उसी medium में जा रही है
00:08:52मतलब यह जो green कलर की light है
00:08:54उसके साथ में हम
00:08:55red कलर की भी एक light इसी medium में
00:08:58तो इस medium का
00:08:59mu2 नहीं है
00:09:01green color
00:09:04wavelength
00:09:04green color
00:09:07wavelength
00:09:08red
00:09:08wavelength
00:09:09which
00:09:10which
00:09:10wavelength
00:09:11will
00:09:12medium
00:09:13refractive
00:09:14index
00:09:15red
00:09:16color
00:09:16light
00:09:16will
00:09:17provide
00:09:17and
00:09:18this
00:09:19medium
00:09:23red
00:09:24comparison
00:09:26will
00:09:26refractive
00:09:27index
00:09:28will
00:09:28give
00:09:28a
00:09:29medium
00:09:30kisih bhi light
00:09:31ko
00:09:31refractive
00:09:33index
00:09:33data
00:09:33wo
00:09:34uske
00:09:34color
00:09:35yarni
00:09:35kiski
00:09:35wavelength
00:09:36decide
00:09:36to
00:09:37wavelength
00:09:37yes
00:09:39ka
00:09:39mt
00:09:39lab
00:09:39ya
00:09:41phir
00:09:41hum
00:09:41neto
00:09:41bat
00:09:41ki
00:09:42panika
00:09:42refractive
00:09:43index
00:09:43abhi
00:09:44dekhtay
00:09:44to
00:09:45me
00:09:45alec
00:09:45the
00:09:45thing
00:09:46you
00:09:46of
00:09:46medium
00:09:48me
00:09:50of
00:09:50medium
00:09:50for
00:09:51red
00:09:52is
00:09:54minimum
00:09:55as
00:09:57compared
00:09:57to
00:09:58compared
00:10:02to
00:10:02other
00:10:03colors
00:10:03chal
00:10:08dhyan
00:10:08se
00:10:08sun
00:10:08jis
00:10:09a
00:10:09man
00:10:09nai
00:10:09ya
00:10:09ha
00:10:09pere
00:10:10bola
00:10:10yari
00:10:10ya
00:10:10ha
00:10:11pere
00:10:11example
00:10:13let
00:10:14we
00:10:16have
00:10:16a
00:10:16example
00:10:17water
00:10:18refractive
00:10:19index
00:10:19water
00:10:19refractive
00:10:20index
00:10:204 by 3
00:10:22so
00:10:23yari
00:10:23yari
00:10:23kis
00:10:23lelia
00:10:24pani
00:10:24nai
00:10:244
00:10:25by
00:10:253
00:10:25refractive
00:10:26index
00:10:26kis
00:10:26dhia
00:10:26bhi
00:10:26to
00:10:27om
00:10:27nai
00:10:27bola
00:10:27coach
00:10:27relation
00:10:28kia
00:10:28according
00:10:28koi
00:10:29bhi
00:10:29medium
00:10:29a
00:10:29refractive
00:10:30index
00:10:30jose
00:10:30dhe
00:10:31ta
00:10:31hai
00:10:31woi
00:10:31is
00:10:31bata
00:10:32koi
00:10:32dhyan
00:10:32me
00:10:32rakh
00:10:32dhia
00:10:33kia
00:10:33kia
00:10:35hai
00:10:354 by 3
00:10:37kis
00:10:37lia
00:10:373 by 2
00:10:38kis
00:10:39lia
00:10:39yari
00:10:39dhia
00:10:40jata
00:10:40white
00:10:41light
00:10:41kia
00:10:41kia
00:10:42white
00:10:43light
00:10:44jose
00:10:44kia
00:10:44vip
00:10:46yore
00:10:46sab
00:10:46a
00:10:46gaya
00:10:47a
00:10:48a
00:10:48gary
00:10:48kis
00:10:49medium
00:10:49me
00:10:49white
00:10:50light
00:10:50entry
00:10:50kari
00:10:51a
00:10:51white
00:10:52light
00:10:52indigo
00:10:53yellow
00:10:54orange
00:10:54sab
00:10:54a
00:10:54gaya
00:10:55s
00:10:57koi
00:10:57a
00:10:58average
00:10:59wavelength
00:10:59a
00:10:59t
00:11:00y
00:11:00h
00:11:00white
00:11:01ki
00:11:01average
00:11:01wavelength
00:11:02white
00:11:02ki
00:11:03average
00:11:03wavelength
00:11:03hote
00:11:04kis
00:11:04ke
00:11:04berabar
00:11:04hote
00:11:05yellow
00:11:05white
00:11:07color
00:11:08ki
00:11:08wavelength
00:11:09kia
00:11:09hote
00:11:09white
00:11:10color
00:11:10kia
00:11:10violet
00:11:11red
00:11:11color
00:11:11combination
00:11:13and
00:11:13yellow
00:11:16color
00:11:16ki
00:11:16wavelength
00:11:17ke
00:11:17berabar
00:11:17a
00:11:17t
00:11:18yin
00:11:18s
00:11:18b
00:11:18b
00:11:20i
00:11:21ch
00:11:21n
00:11:21ki
00:11:213
00:11:21i
00:11:21dh
00:11:213
00:11:21i
00:11:22dh
00:11:22green
00:11:22w
00:11:22n
00:11:23i
00:11:23dh
00:11:24yellow के बराबर होती है तो actual में कोई भी medium का जो refractive
00:11:28index हमने अभी तक याद की है जिसे water का 4 by 3 glass का 3 by 2
00:11:32actual में कौन से color वा कौन से lambda के लिए है वो white color के
00:11:36lambda के लिए और white color का lambda yellow के बराबर होता है
00:11:39लेकिन अगर मैं यही चीज वहनूँ कि पानी का refractive index
00:11:44for red color
00:11:47red की wavelength yellow से यानि की white से जादा तो mu काम तो जो होगा
00:11:54यह वाली value 4 by 3 से काम आएगे अचाए यह से ही water का
00:11:58refractive index for blue color blue color का wavelength yellow यानि की white से
00:12:05काम तो mu 4 by 3 से जादा तो अभी तक हम किसी भी medium का
00:12:10refractive index बोलते थे न वो actual में white color के लिए बोलते थे
00:12:13ग्लास का refractive index 3 by 2 किसके लिए white के लिए लेकिन वाइट जब उस
00:12:18में white light जाए लेकिन अगर कोई color light जा रही हो तो अलग है color light
00:12:22में भी अगर red हुआ red की wavelength जादा तो mu काम तो जो ग्लास होगा न वो red color को
00:12:283 by 2 से कम new दे रहा होगा तो कोई भी medium अपना refractive index किस बात क्या
00:12:33अब इसको यूज करते हैं जो कल तक पढ़ा था और जो आज पढ़ा उसको देखते हैं मैंने
00:12:47not के अंदर एक चीज लिखा है यहर हमारे पास में ये एक container इस container के bottom में हमने इस container में
00:13:03में पानी भढ़ती है अब अभी नहीं बनदे इस container के bottom में हमने कुछ alphabet लिख दी है
00:13:13Swimming pool in the bottom of the water park, resort, swimming pool,
00:13:30swimming pool, swimming pool, swimming pool, swimming pool, swimming pool, chocolate,
00:13:45foreign
00:13:55foreign
00:13:59foreign
00:14:04foreign
00:14:09foreign
00:14:15If we put water in the water, if we put water in the water, we put water in the water.
00:14:45If we put water in the water, we put water in the water.
00:15:15If we put water in the water, we put water in the water.
00:15:45If we put water in the water, we put water in the water.
00:15:47So, this is the effect of the refractive index, because the characters are in the denser
00:15:53and in the denser, there are things that are passed.
00:15:57So, the D apparent, the value is the actual by mu.
00:16:04The value is the minimum for red.
00:16:09The value is the maximum for red.
00:16:13The apparent where available is the surface.
00:16:18If I make it how to see it, the surface is the far far red.
00:16:25So, if the wavelength is the medium, the mu is the greater.
00:16:30The smaller amount of mu is the higher.
00:16:38So, the awareness is the highest.
00:16:40can do you support the gram normal book your year v i b
00:16:48see you can't say i need
00:16:52oh it's not different thing to take over some than a clinic
00:16:56oh or here it doesn't mean anything so you have a salary answer you a friend
00:17:01ہم سے پوچھا جائے least-rest ,sab se
00:17:09iksi kao mama ,ye red ,pahla to answer
00:17:17second question ,poochhe jaeegah maximum apparent app
00:17:26and tap. Maximum normal shift.
00:17:37Con shift upward.
00:17:39So, equation directly solved.
00:17:43RELATION PLUS KALELKA PART PADHA THAN, USKA CHEIZ HOJE.
00:17:50THLDA ZLDDH LICKNAY.
00:17:54JANET.
00:17:59JANET.
00:18:02JANET.
00:18:06JANET.
00:18:09Yeah.
00:18:10Yeah.
00:18:11Yeah.
00:18:12Yeah.
00:18:13Yeah.
00:18:14Yeah.
00:18:15Yeah.
00:18:16Yeah.
00:18:17Yeah.
00:18:18Yeah.
00:18:19Yeah.
00:18:20Yeah.
00:18:21Oh my God, I feel like it.
00:18:23Yeah.
00:18:24Yeah.
00:18:25And I think we're going to get right here.
00:18:26Yeah.
00:18:27Yeah.
00:18:28Yeah.
00:18:29language
00:18:31definitely
00:18:33not
00:18:35English
00:18:37medium
00:18:53medium
00:18:55light
00:18:57wavelength
00:18:59according
00:19:01a
00:19:03refractive index
00:19:05provide
00:19:07medium
00:19:09light
00:19:11wavelength
00:19:12according
00:19:13refractive index
00:19:15provide
00:19:17topic
00:19:19according
00:19:21to
00:19:23the
00:19:25alphabet
00:19:27.
00:19:29.
00:19:31.
00:19:33.
00:19:35.
00:19:37.
00:19:39.
00:19:41.
00:19:43.
00:19:45.
00:19:47.
00:19:48.
00:19:49.
00:19:53.
00:19:54.
00:19:56.
00:19:58.
00:19:59.
00:20:01.
00:20:02.
00:20:06.
00:20:07.
00:20:10.
00:20:11.
00:20:13.
00:20:15Okay, I'm gonna go ahead and write again.
00:20:24Okay.
00:20:24Yeah.
00:20:26Okay.
00:20:27Yeah.
00:20:28Yeah.
00:20:30Yeah.
00:20:31Yeah.
00:20:32Yeah.
00:20:33Yeah.
00:20:34Yeah.
00:20:35Yeah.
00:20:36Yeah.
00:20:37Yeah.
00:20:38Yeah.
00:20:39Yeah.
00:20:40Yeah.
00:20:41in the fourth lecture.
01:13:11One face.
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