This one shot helped me in understanding the chapter because my physics teacher doesn't explain ch as he just draw ray diagrams and the period is over 😂😅. Thanks for 55 likes
46:50 i CONVEX MIRROR 47:05 ii CONCAVE MIRROR 1:27:26 NATURE -VIRTUAL & ERECT 1:27:26. POSITION- BEHIND THE MIRROR 1:27:26 SIZE - MAGNIFIED 1:56:57 Sign convention for convex mirror - u negative v positive f positive ho positive hi. Positive 2:22:25. Angle of incidence > Angle of refraction 3:19:22. B 3:31:20 Thanks sir for easy and best explanation.
ALL ANSWERS WITH TIME STAMP -🤠 47:12 - 1st mirror =convex mirror 2nd mirror = concave mirror 1:27:35 - nature = virtual and erect size = magnified position = behind mirror 1:56:51 - sign conventions of convex mirror = 1. u= -ve 2. f= +ve 3. v= +ve 4. height (image) = +ve 5. height (object) = +ve 2:22:31 - angle i > angle r 3:19:23 - power of lens B > power of lens A 3:28:21 - speed in water > speed in glass > speed in diamond
@@arvindsinghstudypoint5559vo hamara masla nahee h sir hame free mai bahut achi education de rahe h aur yahi bhot badi baat h we all should be thankful bro❤
All ANSWERS WITH TIME STAMPS 🎉🎉😊. 46:20 CONVEX MIRROR 47:05 CONCAVE MIRROR 1:27:26 NATURE -VIRTUAL & ERECT 1:27:26. POSITION- BEHIND THE MIRROR 1:27:26 SIZE - MAGNIFIED 1:56:57. Sign convention for convex mirror - u negative v positive f positive ho positive hi. Positive 2:22:25. Angle of incidence > Angle of refraction 3:19:22. B ✅
Sign of convention mirror Concave mirror u= - ve v= real or virtual Real = - ve Virtual = + ve H1 = +ve H2 errect and inverted Errect = + ve Virtual = - ve Time 1: 57 min
Guys, let's take a minute to appreciate his efforts in making all these videos Whoever agrees with me pls press this button 👇🏻 ***Aaj tak kabhi zyada likes nahi mile pls karwado***
@@Being_Utkarsh108 agar chodda ho rha in 56 likes upar to mat ho kyu ki isse zyada mere subscribers h or m bas itna kha rha hu tujhe kuch fayda hoga nhi likes milke to kya karega likes leke, bhai khujli ki bat kha se aayi me to bas tujhe bta rha tha ki kyuki isme Tera time waste hoga agar likes chahiye to bhai ye spam karke nhi milte kuch bhadiya ho to milege bhi kyuki tere jese same type ka comment hazaro log likhte h
@@Just_nothing786 bhai agar tu kuch funny sa comment kar deta ki"bheekh maangne ka naya tarika aagaya hai market mein" to mai bhi haskar reply karta. Time isme thora sa waste hua par jab maine ye comment dala tab mai ye video ko revise karne ke liye use kar raha tha padh ke uth gaya tha or kuch karne ko nahi tha to maine ye comment kardiya.. baaki mai chodda nahi ho raha hu agar tujhe aisa lag rahe hai to lagne de.
ALL QUESTION ANSWERS 46:21 Convex 47:05 Concave 1:27:33 Nature - Virtual and Erect Size - Enlarged/magnified Position - behind mirror 1:56:28 u = - v = + f = + h1 = + h2 = + 2:22:36 angle of i > angle of r
47:11 so the first mirror is convex as the light falling on it will fall on the outer or raised part as it is polished inside While the second one is concave because light falling on it will fall in the curved part because it is polished outside. 1:27:33 nature = virtual Position = behind the mirror Size = magnified 1:57:02 u = ve- F = ve+ V= virtual erected H one = ve+ H two = virtual erected 2:22:30 angle of incidence is greater than angle of reflection as the reflected ray is bended or is closer toward the normal ray 3:28:25 water
This one shot is absolutely insane. I never understood anything regarding light in lower standards but I just completed the one shot and I have to say the live experiments enhanced the quality of this one shot by a million. I would like to thank Ashu sir for giving this quality education for us students for free and do continue sessions like these.
CONVEX MIRROR 47:05 ii CONCAVE MIRROR 1:27:26 NATURE -VIRTUAL & ERECT 1:27:26. POSITION- BEHIND THE MIRROR 1:27:26 SIZE - MAGNIFIED 1:56:57 Sign convention for convex mirror - u negative v positive f positive ho positive hi. Positive 2:22:25. Angle of incidence > Angle of refraction 3:19:22. B 3:31:20 Thanks sir for easy and best explanation.
1:57:12 - sign convention of convex mirror U - negetive V- positive H - positive as it always form erect image . Focal length - positive Radius of curvature - positive
My sister said that i study sciece specially physics from ashu sir he teaches so good and i thought may be he would be a normal teacher in short video he always do fun so he would not teach that good but today I thought why not to try that how he teaches and I took his first video today and he became my favorite now like I am very weak in physics but he cleared my each and every doubt thank you so much sir😊🙏🏻
Sir doo baar aap experiment show karna bul gaya. But its ok you do a very big steam. 1st:- 3:20:50 2nd:- mila nhi time stamp 😅 But still jitna apne padhaya bahut innovative and best hai. ❤❤❤
1:57:11 - sign convention for convex mirror u= negative v= positive f= positive height of image(in convex mirrors, there is only one case in which the image is erect and diminished, so in that case the sign convention will be POSITIVE). height of object =postive
UA-cam par physics ke chapters ka detailed exp Ashu Sir se hi milpata hai and even sare topics are crystine clear ✨...Thnx sir for this wonderful 👍👍👍 lecture 😊😊😊
sir plzz telll me this question where to put the image and why a.Draw a ray diagram to show the formation of image by a concave lem when an object is placed in front of it b. in the same diagram mark the object-dutance (u) and the image-distance (v) with their proper signs (+ve or -ve as per the new Cartesian sign conversion) and state how these distances are related to the focal length (f) of the concave lens in this case c. Find the nature and power of a lens which forms a real and inverted image of magnification-1 at a distance of 40 cm from its optical centre
😊47:05 sir left wala convex mirror ha aur right wala concave mirror ❤ 1:27:32 sir NATURE:- Virtual, Erect POSITION:- Behind the mirrior SIZE :- Magnified ❤ 1:57:01 Sir Convex mirror sign convention :- u :- +ve f :- -ve v :- +ve hi :- +ve ho:- +ve 2:22:28 SIR angle i > angle r
Ashu Sir , Hoping That This Message will definitely reach you in a candid mood. Documentary of my honest experiences elusived below 👇👇👇👇👇👇👇👇👇👇 --- Dear Ashu Sir, I am writing to express my sincere appreciation for the exceptional educational content you consistently provide on your UA-cam channel. Your expertise in your subject is evident in the clarity and depth of your explanations, which have been instrumental in enhancing my understanding of this complex subject matter. Your ability to elucidate intricate concepts with precision and coherence has been a catalyst for my academic growth. The meticulousness with which you approach each topic, coupled with your engaging delivery, has made learning subject not only comprehensible but also enjoyable. Moreover, your dedication to fostering a stimulating learning environment is evident in the thoughtfulness of your instructional methods. The strategic breakdown of content into manageable segments, supplemented by practical examples and real-world applications, has significantly enriched my learning experience. I am particularly grateful for the valuable insights and strategies you share, which have not only improved my academic performance but have also equipped me with a broader perspective on subject. Your commitment to excellence in education is truly commendable and serves as a source of inspiration for me to strive for intellectual growth. In conclusion, I want to express my deepest gratitude for your unwavering commitment to education and for the profound impact you have had on my academic journey. Your contributions have been invaluable, and I feel privileged to have access to such enriching educational resources. Thank you once again for your outstanding work and for being an exceptional educator. Warm regards, Future Clickers ---
1. Sign Convention for Convex Mirror:- u = -ve v = +ve f = +ve h1 or ho = +ve h2 or hi = +ve. Thank you so much sir for this wonderful lecture. One of the best lecture from youtube.☺☺
1:57:05 for convex the position of object is always negative The image distance is always positive because image formed in convex mirror is virtual . The focal length is positive
Sir live experimental videos are helping a lot in understanding the concepts more efficiently. Please make more such videos, will help us to great extent. THANKS TO ASHU SIR AND SCIENCE AND FUN PLATFORM, WHICH ARE HELPING THE STUDENTS OF MIDDLE CLASSES , like me, TO ACHIEVE HIGHER PERCENTAGES, WITHOUT TAKING TUTION CLASSES. 🌼💎 3:15:18
@@Rudransh_patel__I am in govt meri to yearly 3k hai and with full science lab separate physics chem and bio labs 😂😂😂😂 maine to sirf dusro ke liye comment kiya tha
Really the best teacher .I never comment on anyone’s video but your teaching insisted me to so.The best one shot on entire UA-cam even school teacher don’t teach like this ❤️
This one shot helped me in understanding the chapter because my physics teacher doesn't explain ch as he just draw ray diagrams and the period is over 😂😅. Thanks for 55 likes
real
@@edgging yes
@@edggingbro is edging to study videos
Are yrrr same mere school ke teacher bhi yahi karte hai😮😅🥲
Because school pe time boundry rata he chizo ko complete kare ki
46:50 i CONVEX MIRROR
47:05 ii CONCAVE MIRROR
1:27:26 NATURE -VIRTUAL & ERECT
1:27:26. POSITION- BEHIND THE MIRROR
1:27:26 SIZE - MAGNIFIED
1:56:57 Sign convention for convex mirror -
u negative
v positive
f positive
ho positive
hi. Positive
2:22:25. Angle of incidence > Angle of refraction
3:19:22. B
3:31:20 Thanks sir for easy and best explanation.
Bro I really appreciate your efforts
I'm glad to see this by topic
thaxs bro
2:00
❤❤
@@U8UF3 bro wo *afford* nhi *efforts* hota h
Kis kis ko Lagta Hai key Hamari school, teachers ko Ye video Dekhne ki zaroorat h😀😀😂😅
Mujhe
🖐️
Mujhe bhi
mujhe
Mujhe bhi bro dekhni chiye gawr h vo
ALL ANSWERS WITH TIME STAMP -🤠
47:12 - 1st mirror =convex mirror
2nd mirror = concave mirror
1:27:35 - nature = virtual and erect
size = magnified
position = behind mirror
1:56:51 - sign conventions of convex mirror =
1. u= -ve
2. f= +ve
3. v= +ve
4. height (image) = +ve
5. height (object) = +ve
2:22:31 - angle i > angle r
3:19:23 - power of lens B > power of lens A
3:28:21 - speed in water > speed in glass > speed in diamond
Sir padhate to aap log ho lekin fees school Wale lete hai 😂😂😂😂
Shi Baat hai 😂😂😂
Sahi 😂
Bhai UA-cam se sir ki kamii bhi bahut acchi ho rahi h
@@arvindsinghstudypoint5559vo hamara masla nahee h sir hame free mai bahut achi education de rahe h aur yahi bhot badi baat h we all should be thankful bro❤
@@arvindsinghstudypoint5559 to tum kya chahte ho itna achha padhane ke pese na mile unhe🤔
All ANSWERS WITH TIME STAMPS 🎉🎉😊.
46:20 CONVEX MIRROR
47:05 CONCAVE MIRROR
1:27:26 NATURE -VIRTUAL & ERECT
1:27:26. POSITION- BEHIND THE MIRROR
1:27:26 SIZE - MAGNIFIED
1:56:57. Sign convention for convex mirror -
u negative
v positive
f positive
ho positive
hi. Positive
2:22:25. Angle of incidence > Angle of refraction
3:19:22. B ✅
Sign of convention mirror
Concave mirror
u= - ve
v= real or virtual
Real = - ve
Virtual = + ve
H1 = +ve
H2 errect and inverted
Errect = + ve
Virtual = - ve
Time 1: 57 min
Spam karo sir bio padhaye
😊😊
My all doubts are clear about refractive index 😁👍👍
Fff
I wish everyone get 95% in their Board Exam 🥰😍
Meri tution Vali mam bol Rahi thi ki time ke sath sath paper or advance aane lg jate h 90percent Lana bhi bhot mushkil h
99%💀
@@RamuDwivedi-j2t ji mere 85% aa gaye h 10th me
😅😅😅
Thoda jayada ho gya😂
Guys, let's take a minute to appreciate his efforts in making all these videos
Whoever agrees with me pls press this button
👇🏻 ***Aaj tak kabhi zyada likes nahi mile pls karwado***
Bhai tujhe likes milke kya fayda hoga tere ghar m pesa thodi na aajayega
@@Just_nothing786 tere usme kyu khujli ho rahi hai agar mujhe likes mile hai toh
@@Being_Utkarsh108 agar chodda ho rha in 56 likes upar to mat ho kyu ki isse zyada mere subscribers h or m bas itna kha rha hu tujhe kuch fayda hoga nhi likes milke to kya karega likes leke, bhai khujli ki bat kha se aayi me to bas tujhe bta rha tha ki kyuki isme Tera time waste hoga agar likes chahiye to bhai ye spam karke nhi milte kuch bhadiya ho to milege bhi kyuki tere jese same type ka comment hazaro log likhte h
@@Just_nothing786 bhai agar tu kuch funny sa comment kar deta ki"bheekh maangne ka naya tarika aagaya hai market mein" to mai bhi haskar reply karta.
Time isme thora sa waste hua par jab maine ye comment dala tab mai ye video ko revise karne ke liye use kar raha tha padh ke uth gaya tha or kuch karne ko nahi tha to maine ye comment kardiya..
baaki mai chodda nahi ho raha hu agar tujhe aisa lag rahe hai to lagne de.
😅
ALL QUESTION ANSWERS
46:21 Convex
47:05 Concave
1:27:33 Nature - Virtual and Erect
Size - Enlarged/magnified
Position - behind mirror
1:56:28 u = -
v = +
f = +
h1 = +
h2 = +
2:22:36 angle of i > angle of r
"Best teacher teach from his heart ❤ not from books " this lines goes to ashu sir.👍
❤
🥰
Aap best ho sir
Bro yeh lecture ke notes ka pdf kaha se mila
😂😂@@unkenpn-is9eq
At 24:23....I laughed so much 😂😂😂 the experiment he was showing with his childish behaviour 🥹😂😂
47:11 so the first mirror is convex as the light falling on it will fall on the outer or raised part as it is polished inside
While the second one is concave because light falling on it will fall in the curved part because it is polished outside.
1:27:33 nature = virtual
Position = behind the mirror
Size = magnified
1:57:02 u = ve-
F = ve+
V= virtual erected
H one = ve+
H two = virtual erected
2:22:30 angle of incidence is greater than angle of reflection as the reflected ray is bended or is closer toward the normal ray
3:28:25 water
47:10 Convex And Concave mirror
1:27:31 Nature-Virtual and errect Position-Behind mirror Size-Highly magnified
1:57:19 u_ -ve f_ +ve v_ +ve h¹_ +ve h²_ +ve
2:22:30
46:20 CONVEX MIRROR
47:05 CONCAVE MIRROR
1:27:26 NATURE -VIRTUAL & ERECT
1:27:26. POSITION- BEHIND THE MIRROR
1:27:26 SIZE - MAGNIFIED
1:56:57. Sign convention for convex mirror -
u negative
v positive
f positive
ho positive
hi. Positive
2:22:25. Angle of incidence > Angle of refraction
3:19:22. B ✅
46:2p
3:19:17 b
Pppp6op
3:22:25 hhh
Copied
Kis kis ko lagta he ki Ashu sir best teacher hai
Tere bapp ko
Mere ko
Mje
Mujhe bhi but science ke
Teri mum ko
Students attendance 2024-25👇
😂
😊
46:20 CONVEX MIRROR
47:05 CONCAVE MIRROR
1:27:26 NATURE -VIRTUAL & ERECT
1:27:26. POSITION- BEHIND THE MIRROR
1:27:26 SIZE - MAGNIFIED
1:56:57. Sign convention for convex mirror -
u negative
v positive
f positive
ho positive
hi. Positive
2:22:25. Angle of incidence > Angle of refraction
3:19:22. B ✅💌
wrong 🤌
2024-2025 attendance here
heree lol
here sir xd
I
NPC
1:27:36 nature-virtual and errect
position-beyond of mirror
size-magnified
3:19:16 a
47:17
1.convex 2.concave
1:27:32
Nature - virtual and erect
Position - Behind the mirror
Size - Magnified (enlarged)
1:57:02
Sign convention of convex
u => -ve
v => +ve ( virtual)
f => +ve
h¹ => +ve
h² => +ve (erect)
46:20 CONVEX MIRROR
47:05 CONCAVE MIRROR
1:27:26 NATURE -VIRTUAL & ERECT
1:27:26. POSITION- BEHIND THE MIRROR
1:27:26 SIZE - MAGNIFIED
1:56:57. Sign convention for convex mirror -
u negative
v positive
f positive
ho positive
hi. Positive
2:22:25. Angle of incidence > Angle of refraction
3:19:22. B
Convex 47:25
Convex 47:25
46:40 sir 1st mirror convex mirror
2 nd mirror concave
1:27:32 nature-virtual and erect
Position-behind pole
Size-highly magnified
1:57:03
Sign convention of convex mirror
U=-ve
F=+ve
V=+ve
H1=+ve
H2=+ve
2:22:35 sir
Ok
46:20- Convex Mirror
47:45- Concave Mirror
1:27:26- Virtual and Erect, Behind the mirror, Magnififed
1:41:32- Virtual And Erect, Between P and F, Diminished
1:57:01- 'U'= -ve
'V'= +ve
'F'= +ve
'H1'= +ve
'H2'= +ve
What is your full name
Batch 2024 - 2025 attendance lagao
Konse school ke ho ...
@@shekhar-maheshwari7019 K.V
Batch 2024-25 ✋🏻
Yes sir
@@shekhar-maheshwari7019 K. V
1:27:26 NATURE -VIRTUAL & ERECT
1:27:26. POSITION- BEHIND THE MIRROR
1:27:26 SIZE - MAGNIFIED
This one shot is absolutely insane. I never understood anything regarding light in lower standards but I just completed the one shot and I have to say the live experiments enhanced the quality of this one shot by a million. I would like to thank Ashu sir for giving this quality education for us students for free and do continue sessions like these.
Literally he did the best❤
CONVEX MIRROR
47:05 ii CONCAVE MIRROR
1:27:26 NATURE -VIRTUAL & ERECT
1:27:26. POSITION- BEHIND THE MIRROR
1:27:26 SIZE - MAGNIFIED
1:56:57 Sign convention for convex mirror -
u negative
v positive
f positive
ho positive
hi. Positive
2:22:25. Angle of incidence > Angle of refraction
3:19:22. B
3:31:20 Thanks sir for easy and best explanation.
2:19:08 Ashu sir huge respect for mam
One of family members of all students
47:17 - 1 convex mirror
2concave mirror
1:27:31 -nature - virtual and erect
-position -behind the mirror
- size -magnified
1:57:10 -sign convention of convex mirror
u- negative
v-positive
f- positive
h¹- positive
h² -positive
1:57:12 - sign convention of convex mirror
U - negetive
V- positive
H - positive as it always form erect image .
Focal length - positive
Radius of curvature - positive
Thank you😊😊
My sister said that i study sciece specially physics from ashu sir he teaches so good and i thought may be he would be a normal teacher in short video he always do fun so he would not teach that good but today I thought why not to try that how he teaches and I took his first video today and he became my favorite now like I am very weak in physics but he cleared my each and every doubt thank you so much sir😊🙏🏻
Lovely😊
Hmm
Hmm
46:51 convex 1 concave 2
1:27:32 nature =virtual and erect
Positon= behind mirror
Size=enlarge
1:41:29 N =virtual and erect
S=Diminished
P=behind mirror
Sir doo baar aap experiment show karna bul gaya. But its ok you do a very big steam.
1st:- 3:20:50
2nd:- mila nhi time stamp 😅
But still jitna apne padhaya bahut innovative and best hai. ❤❤❤
43:15
Maine stamp dudha hai koi to like karo
@@bajpaireena kar diya bhai ek se jayada bar nhi hota aur jab aagla session aaye ga tabi like me milege
1:57:10- convex mirrors (u) -ve( f) + ve
V (+)
1:57:11 - sign convention for convex mirror
u= negative
v= positive
f= positive
height of image(in convex mirrors, there is only one case in which the image is erect and diminished, so in that case the sign convention will be POSITIVE).
height of object =postive
1:27:35 Nature - Virtual and errect
Position- behind the mirror
Size - magnified
Finally it's coming the most awaited one-shot. Thank sir for your efforts.
Approach sir to teach biology please
43:15 sir expieriment hua hi nhi
Yes bro 😮
Are yaar iska experiment sir pehle hi kar diye h
UA-cam par physics ke chapters ka detailed exp Ashu Sir se hi milpata hai and even sare topics are crystine clear ✨...Thnx sir for this wonderful 👍👍👍 lecture 😊😊😊
1:27:36 (N) Virtual & Erect
(P) Behind Mirror
(S) Magnified
sir plzz telll me this question where to put the image and why
a.Draw a ray diagram to show the formation of image by a concave lem when an object is placed in front of it
b. in the same diagram mark the object-dutance (u) and the image-distance (v) with their proper signs (+ve or -ve as per the new Cartesian sign conversion) and state how these distances are related to the focal length (f) of the concave lens in this case
c. Find the nature and power of a lens which forms a real and inverted image of magnification-1 at a distance of 40 cm from its optical centre
Sorry i have not answer
47:08
1) It is convex because it has outward curve and २) It is concave (curved inward)
SIR YOU ARE THE BEST TEACHER FOR ME IN THE WORLD 🌍🌍❤️❤️❤️❤️❤️
43:07 no experiment was shown, i think earlier it was.
It was an honest mistake, the experiment was shown a few minutes earlier so if you want to watch it you can go back and see it👍🏻
@@madhuanal7644you are right
2024-25 batch ne padhna bhi shuru kr diya lagta h sab hi top krne wale h bhaee😸 anyways all the best 👍🏻❤❤️
Yess😂😂😂
@@moinuddinansari7789😂😂❤
45:45
1= concave
2= convex
1:27:35
Nature - virtual&erect
Position - behind the mirror
Size - magnified
1:57:08
U = -ve
F = +ve
V = +ve
H1 = +ve
H2 = +ve
2:22:26
Angel I is greater
Refraction:-
2:22:26- ∠i > ∠r
3:19:18- Lens (B) has more power
3:28:35- Speed of water > Speed of glass > Speed of Diamond
1:08:26
Kab dikhaya?😮
Hmm dekha hii nhi
Very nice detailed lecture ❤
In a limited time 3:31:26
1:57:08
• U = negetive
• F = positive
• V = positive
• h¡= positive
•h2= positive
😊47:05 sir left wala convex mirror ha aur right wala concave mirror ❤
1:27:32 sir NATURE:- Virtual, Erect
POSITION:- Behind the mirrior
SIZE :- Magnified ❤
1:57:01 Sir Convex mirror sign convention :- u :- +ve f :- -ve
v :- +ve hi :- +ve
ho:- +ve
2:22:28 SIR angle i > angle r
1:52:38 who notice sir pen spining skill
I am government teacher. I teach science from 6 to 10th class. Your videos are very good.. Enhanced my teaching skill.. Well dond🙏
Well done
Apni eng bhi enhance kro sir
@@kavitagarg7639 sure i will enhance😃😃
Ashu sir is greater than any teacher 💖💖💖
Ashu sir is best
One of the best one shots of science and fun, extremely productive that can assist alot.👍
1:27:36
nature : virtual and errect
position : behind mirror
size : enlarged
Hello
Kon kon chahta hai ki ashu sir Electricity chapter one shot lecture laye❤❤
42:05 THERE IS A DEFAULT IN EDITING 😂😄
This type of one shot is very wonderful because the concepts were clear with experiment👍👍
1:57:08 u= negative
V= positive
F= positive
If i am right then could I get heart from science and fun please 🥺❤
2:36:02 book is lakhmir Singh 😊
Team Oppenheimer 🗿
Sir ye virtual kya hota hai
Finally the first topic I will be covering for half yearly ❤
Wtf 👁️👄👁️
Are you serious abouth tenth or not? You said this is your first topic in 10th that means you didn't study all this time.
@@Pokeband1yeah bro I got distracted these days but now I will be studying consistently and sincerely for next 4 months
@@akarshgupta3231 same here, I didn't do well in these past months and from now on I will try my best to achieve my goal
Hii
@@Pokeband1 bro how is it going on between dii you cover your syllabus for half yearly?
1:27:45 nature of the image is virtual and erect
The position of the image is behind the mirror
The size of the imAge is magnified
47:11 1st =covex
2nd =concave ❤
Wrong
@@rohittiwary8021yes its wrong because he wrote covex
43:20 koi image hi nhi. Aayi screen par
that is not convex lens it is concave lens that is your mistake 2:39:59 2 hour 39 minutes go in video and see it ................................
Yes
Best lecture sir thank you so much 3:30:13 ❤ I understand whole Lecture 😊 3:30:48
43:09 experiment got skipped
"Dhichak Dhichak ho rahi se" was epic 😂😊
sorry for interupting sir some editing defects are present in this video some experiments where not shown in the video example video at 3:21:12
Yes
It is shown before
With ushank sir
Give time stamp@@HiIAmDevansh1307
1:27:36 Nature: virtual and erect
Position: behind the mirror
Size: very magnified
Plz ❤ sir if you read it
28:52
Sir, " Are wah kitna handsome hun" Was epic😂
1:08:27 Sir isme to wo wali video aayi hi nahi jisme aapne dikhaya
aur ye isse pehle bhi hua hai
Yes bro
Kuch seconds baad hai rules wali video 😊
Haaaa
Ashu Sir ,
Hoping That This Message will definitely reach you in a candid mood.
Documentary of my honest experiences elusived below 👇👇👇👇👇👇👇👇👇👇
---
Dear Ashu Sir,
I am writing to express my sincere appreciation for the exceptional educational content you consistently provide on your UA-cam channel. Your expertise in your subject is evident in the clarity and depth of your explanations, which have been instrumental in enhancing my understanding of this complex subject matter.
Your ability to elucidate intricate concepts with precision and coherence has been a catalyst for my academic growth. The meticulousness with which you approach each topic, coupled with your engaging delivery, has made learning subject not only comprehensible but also enjoyable.
Moreover, your dedication to fostering a stimulating learning environment is evident in the thoughtfulness of your instructional methods. The strategic breakdown of content into manageable segments, supplemented by practical examples and real-world applications, has significantly enriched my learning experience.
I am particularly grateful for the valuable insights and strategies you share, which have not only improved my academic performance but have also equipped me with a broader perspective on subject. Your commitment to excellence in education is truly commendable and serves as a source of inspiration for me to strive for intellectual growth.
In conclusion, I want to express my deepest gratitude for your unwavering commitment to education and for the profound impact you have had on my academic journey. Your contributions have been invaluable, and I feel privileged to have access to such enriching educational resources.
Thank you once again for your outstanding work and for being an exceptional educator.
Warm regards,
Future Clickers
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52:59 I think You are explaining anything with cup 😅
Best Explanation Sir.
You are very satisfying teacher who teaches
us without any problem
THANK YOU
@Adyafanclub really?
As i have just started my class 10th. Can you suggest me best channels for science?😄
2:03:02 haa sir siti ki awaj aa rhi b 😂
1. Sign Convention for Convex Mirror:-
u = -ve
v = +ve
f = +ve
h1 or ho = +ve
h2 or hi = +ve.
Thank you so much sir for this wonderful lecture.
One of the best lecture from youtube.☺☺
Can you give me the notes you made for this chapter?
2:22:30 Angle of Incidence is greater than the Angle of reflection
7 mahine ho gye 10th me hue ko aaj jaake 1st chapter smjh aaya h 🥲
Sir you makes my Phys strong✊🏻..thanku ❤
NORA FATEHI 🌚, shaving mirror*biwii*🎀🍒😸🌚
1:57:05 for convex the position of object is always negative
The image distance is always positive because image formed in convex mirror is virtual .
The focal length is positive
Ashu sir is better than Prashant bhaiya phir bhi pta na kyu Prashant bhaiya famous hai
Sahi hai yrr
Prashant bhaiya bhi bahut ache hai Ashu sir physics mai best hai aur Prashant bhaiya chemistry dono brabar hai samjhe 🫡
I know sir is best but Prashant bhaiya always best ❣️❣️
Ryt
Sir live experimental videos are helping a lot in understanding the concepts more efficiently. Please make more such videos, will help us to great extent. THANKS TO ASHU SIR AND SCIENCE AND FUN PLATFORM, WHICH ARE HELPING THE STUDENTS OF MIDDLE CLASSES , like me, TO ACHIEVE HIGHER PERCENTAGES, WITHOUT TAKING TUTION CLASSES. 🌼💎 3:15:18
2:19:00 😂😂😂
1:27:30 Nature: Virtual, Erect
Position: Behind the mirror
Size: Enlarged
43:00 kaid pta laga sakte hai kaunsa mirror hai
32:11 the point is that the board is racist it prefers only white thing and only shows them
Our school fee of class 10th = ₹ 20-30k per student
Even then our schools become poor by buying experiments products
Monthly h 20-30k
@@Rudransh_patel__😢
@@Rudransh_patel__I am in govt meri to yearly 3k hai and with full science lab separate physics chem and bio labs 😂😂😂😂 maine to sirf dusro ke liye comment kiya tha
Accha Bhai tum to chalu nikla
1:27:33 Nature= virtual & erect
1:27:33 Position = behind the mirror
1:27:33 Size= magnified
Convex 46:18
Cancave 47:09
Can you give me the notes you made for this chapter?
I clearly understood the concept of ray diagrams, Thank you very much dear ASHU SIR . The best teacher I have ever been taught.
❤❤👌👍👍👍❤❤
46:43 46:43
46:43 46:43 46:45 46:45
2:35:25 sir ne lakhmir singh ka lia 😂
nam :)
1:57:03 convex mirror
U= -
f=+
V=-
H1=+
H2=-
Really the best teacher .I never comment on anyone’s video but your teaching insisted me to so.The best one shot on entire UA-cam even school teacher don’t teach like this ❤️
😢😢😢😢
Broooo U comparing Ashu Sir to School teacher ........
2:35:30 s'chand 😂😂😂
Nahi Bhai lakhmir Singh
Bhai s Chand publisher ka naam hai aur lakhmir singh writer kaa @@gravityayush4552
schand ko he lakhmir kehte hai@@gravityayush4552
Excited For This Session ❤❤
1:57:17
u = negative
f = positive
v = positive
h¹ = positive
h² = positive
This one shot is very amazing, I understand all concepts very clear , thank you sir you helped me in my exam very much ❤️
3:20:49 3:20:49 ok bnon
3:20:59 3:20:59 3:20:59 i😅😅😅😮