ENTIRE PLAYLIST OF PHYSICS ICSE CLASS 10 : FORCE, WORK, POWER AND ENERGY : ua-cam.com/users/liveSs4l7RcXIlY?si=xeRmn_Oegn06xNH6 NUMERICALS ON FORCE, WORK, POWER AND ENERGY : ua-cam.com/users/liveCMXHu0c5YgQ?si=twRtN27aF31RiE4u REFRACTION OF LIGHT AT PLANE SURFACES : ua-cam.com/users/liveZStI8yAnsDg?si=M3x7IayyMndQpY-q NUMERICALS ON REFRACTION OF LIGHT AT PLANE SURFACES : ua-cam.com/video/nHFUzFdCV_M/v-deo.htmlsi=lOoGOn4viAw9h_HX REFRACTION THROUGH A LENS : ua-cam.com/users/liveJeCCUXm701g?si=kRLibWl3ZgsntMJc NUMERICALS ON REFRACTION THROUGH A LENS : ua-cam.com/video/2QdKcpHINlg/v-deo.htmlsi=5RnquiTVcnmBcuVC SOUND : ua-cam.com/users/livejf5yXbTgWnE?si=Sjo9RiI2Nl1TAl2f NUMERICALS ON SOUND : ua-cam.com/users/liveyrvzHQYUP4w?si=BfwL7X1OcUA1gchq HOUSEHOLD CIRCUITS : ua-cam.com/users/liveAX6bbZEcyfs?si=d7G6S138k_kzmWhk ELECTRO-MAGNETISM : ua-cam.com/users/liveMNo_Lp9fZWs?si=qFUJDxFQCu3sK2LG CALORIMETRY : ua-cam.com/users/livewpzqqywN34c?si=-BCjmAkDTT8sxefh NUMERICALS ON CALORIMETRY : ua-cam.com/users/live7yTcXJ8PfO8?si=-gh57dSISXdX38wS RADIOACTIVITY : ua-cam.com/users/live41Ku4mEU8mE?si=MbjtPc1XlAy5ifux ENTIRE PHYSICS FORMULAS : ua-cam.com/video/bXB3AEp_750/v-deo.htmlsi=7Yb_mcMvBCS7xuAL ENTIRE PHYSICS : ua-cam.com/video/oVGDSmUkTLk/v-deo.htmlsi=PMTMnla6QdCxgaae
Sound is produced when a body vibrates, and the vibrations are transmitted through a medium as waves. The video discusses the properties of sound, such as frequency, wavelength, and intensity, and their applications in various fields. Key moments: 06:33 Sound is an energy that creates sensations in the ears, with frequencies ranging from 20 to 20000 Hertz, audible to humans, while ultrasonic frequencies above 20000 Hertz are not audible. -Understanding the concept of sound energy and how it travels through different mediums like solid, liquid, and gas. -Exploring the audible frequency range of sound waves and the significance of the audible range for human hearing. 08:13 Ultrasound is sound with a frequency higher than 20,000 hertz, elephants communicate using infrasound, and sound waves travel in waves with specific properties like amplitude and frequency. -Elephants produce sound waves below 20 hertz for communication, showcasing their infrasound capabilities. -Understanding amplitude and frequency in sound waves helps in navigation and object detection. -Explaining displacement-time graphs and the concept of amplitude in sound waves for better comprehension. 20:56 Longitudinal waves travel particles in the same direction as the wave, while compression and rarefaction occur in the medium. Understanding wave movement helps comprehend sound propagation. -Compression and rarefaction in longitudinal waves. It explains how particles move in the medium, affecting sound propagation and wave behavior. -Difference between solid and liquid mediums. Solid waves travel inside solids, while sound waves inside liquids vibrate particles. -Particle movement in compression and rarefaction. Understanding the direction of wave movement aids in visualizing sound wave behavior and propagation. 24:23 Sound waves reflect differently based on the surface they strike, affecting sound production and perception, demonstrated through experiments with various surfaces and materials. -Understanding how sound waves reflect off different surfaces and materials impacts sound production and perception. -Exploring the concept of sound reflection through experiments with hard surfaces like wood and cardboard tubes. -Demonstrating the importance of surface size and material in sound reflection and how it influences sound waves. 32:29 Understanding the concept of sound reflection and distance is crucial in sound production. The minimum distance for sound reflection should be 17 meters to ensure clear and distinct sound quality. -Importance of sound reflection in sound production and its impact on sound quality. Minimum distance required for effective sound reflection is 17 meters. -Factors influencing sound intensity and pressure for optimal sound production. Reflecting surface distance and producer's distance play a key role in sound quality. -Significance of sound intensity in achieving clear and impactful sound. The intensity of sound should be sufficient to reach the listener's ears effectively. 46:27 Ultrasound waves travel long distances without bending, useful for detecting objects. Dolphins use ultrasound waves for communication and navigation, showing their caring and intelligent nature. -Ultrasound waves travel straight and bounce off objects, aiding in object detection and navigation, showcasing their unique properties. -Dolphins use ultrasound waves for communication and navigation, demonstrating their high level of intelligence and care for their environment. -Ultrasound waves help in warning dolphins about obstacles and enemies, showcasing their ability to protect themselves using advanced technology. 48:38 Ultrasound technology is used in various fields like marine navigation and medical imaging. It helps detect objects underwater and medical conditions like kidney stones or fetal development. -Marine navigation utilizes ultrasound technology for detecting fish shoals and ocean depths, aiding in safe navigation and fishery management. -The video also discusses the use of ultrasound in medical fields, such as detecting kidney stones, fetal development, and creating images for diagnosis and treatment. 56:44 Understanding the concepts of frequency, velocity, and wavelength in sound waves is crucial for solving problems involving sound. The relationship between these parameters can be simplified using mathematical formulas. -Importance of understanding sound wave parameters. It is essential to grasp the concepts of frequency, velocity, and wavelength to solve sound-related problems effectively. -Mathematical formulas for sound wave parameters. Formulas like velocity = frequency * wavelength are key to simplifying calculations involving sound waves. -Problem-solving approach. By applying the appropriate formulas and understanding the relationships between frequency, velocity, and wavelength, one can effectively solve sound wave problems step by step. 1:07:27 Understanding distance, time, and velocity calculations through practical examples is essential for learning physics concepts effectively. -Solving numerical problems involving distance, time, and velocity to grasp physics concepts practically. -Exploring the relationship between sound speed, distance, and time in physics calculations. -Practicing calculations involving distance, time, and velocity to enhance understanding of physics principles. 1:21:20 Understanding the concept of natural vibrations and how external forces affect body vibrations is crucial. Resonance plays a significant role in maintaining consistent vibrations in various scenarios. -Explaining the concept of natural vibrations and the impact of external forces on body vibrations. It highlights the absence of external periodic forces in natural vibrations. -Discussing resonance and its importance in maintaining consistent vibrations. It relates resonance to scenarios like sitting in a moving car or playing a guitar. 1:27:11 Resonance occurs when two bodies vibrate at the same frequency, amplifying each other's vibrations, demonstrated through tuning forks in the video. -Explanation of how resonance amplifies vibrations in objects vibrating at the same frequency. -Demonstration using tuning forks to show resonance and how it affects the vibrations of objects. -Importance of adjusting the amplitude and frequency levels to achieve resonance and amplify vibrations. 1:36:57 Sound intensity and loudness are different concepts. Loudness is subjective, while intensity is a measurable quantity. Understanding the relationship between pitch and frequency is crucial in music production. -The importance of maintaining a balance between sound intensity and loudness to prevent potential harm to the ears. Differentiating between decibels and intensity levels is crucial for sound management. -Exploring the impact of pitch on sound quality and how different musical instruments with varying pitches can affect the overall sound production. Understanding the significance of pitch in determining the speed and frequency of vibrations. 1:43:18 Sound quality depends on wave patterns, instrument quality, and music tuning, impacting voice recognition and noise perception in different individuals. -Voice waveforms vary for each individual, influencing sound quality and recognition, highlighting the importance of wave patterns in sound production. -Differentiating between music and noise, understanding sound quality's dependence on wave patterns and design, and its impact on perception and enjoyment.
@@sirtarunrupanisir now I am class 10 for 2023-24 and I want to study with your channel but not found my all subject's playlist chapters how can I found pls sir tell me 😐
Sir I just passed 10 with 79% . Sir I left icse and also completed 10 . But definitely miss you . I pray for you . That you grow as you helping kids to grow for free . We poor kids pray for your well being. ❤
YOU ARE REALLY BLESSINGS TO ALL KIDS FROM GOD. TEACHERS DAY IS DEFINITELY CELEBRATED FOR THE TEACHERS LIKE YOU . WHO LOVE KIDS UNCONDITIONALLY. YOU TEACHERS ARE THE REAL DEFINATION OF ( GURU ) MY RESPECT FOR YOU IS A LOT . AND
@surjitdas5714 is cbse is good ? Bcz i am in 10 th and I am thinking to join cbse next year .. will I able to do better in cbse as comparison with icse?? I mean cbse would be easy for me ?or not
@BeastTop-G But isn't the question pattern of ICSE and CBSE very different? CBSE is more application-based and ICSE is more direct compared to CBSE right? Many people I know have kind of messed up 11th due to the sudden change but maybe it depends on the person ig. The syllabus is vast for ICSE compared to CBSE tho.
Best teaching ... helped to learn more n more with cleared concepts ... plz do these type of video, surely helpful for the batch of 2023-2024.. we need these type of teaching🙂
Sir the door and windows opening and closing can't be fully explained by resonance As sometimes the air inside it plays a role Maybe the pascal law roughly works on it that's why even without vibration we can see window shades to shatter with air .
36:30 Velocity of Sound = 332 m/s Persistence of Hearing (Time) = 0.1 s Distance = ? • d = v × t /2 = 332 × 0.1 /2 = 33.2 /2 = 16.6 m = ~ 17 m (approx.) ❤❤
1:43:13 😂😂 his voice when he said " sound bhot gambhir hogi " was really very hilarious 😆..big salute to all the teacher like u..you make complicated subjects just a pinch for us!!!👏👏❤️
Sir one more request from you when we go to link after three pgs they say for more content we have to buy educart book, so sir can you pls upload all notes on youtube so that we types notes of sound ch by sir tarun rupani and we get all material pls sir .
❤❤❤❤❤ becouse of you sir i got 80 marks physics this year in board exam 😍 you are very nice teacher sir Last month me jo aapne padhaya ☺️wo sab sseries kaafi helpful rhi ❤️Blessed me sir i am future medico 😁❤️ Sab subject aapse padha thaa
Thank you so much sir ,how wonderfully you explained the whole chapter ,before I watched your video I was finding difficulty but now I understood the chapter..☺️ Thanks a lot sir.
The people who thinks he has not completed the whole chapter he started numerical from 55:25 to 1:23:10 and the rest of the chapter starts from there 😊
Sir I had one question that was if fisherman's use ultrasound to find fishes but how can they hear ultrasound cause it's impossible to hear ultrasound by a human ..
ENTIRE PLAYLIST OF PHYSICS ICSE CLASS 10 :
FORCE, WORK, POWER AND ENERGY : ua-cam.com/users/liveSs4l7RcXIlY?si=xeRmn_Oegn06xNH6
NUMERICALS ON FORCE, WORK, POWER AND ENERGY : ua-cam.com/users/liveCMXHu0c5YgQ?si=twRtN27aF31RiE4u
REFRACTION OF LIGHT AT PLANE SURFACES : ua-cam.com/users/liveZStI8yAnsDg?si=M3x7IayyMndQpY-q
NUMERICALS ON REFRACTION OF LIGHT AT PLANE SURFACES : ua-cam.com/video/nHFUzFdCV_M/v-deo.htmlsi=lOoGOn4viAw9h_HX
REFRACTION THROUGH A LENS : ua-cam.com/users/liveJeCCUXm701g?si=kRLibWl3ZgsntMJc
NUMERICALS ON REFRACTION THROUGH A LENS : ua-cam.com/video/2QdKcpHINlg/v-deo.htmlsi=5RnquiTVcnmBcuVC
SOUND : ua-cam.com/users/livejf5yXbTgWnE?si=Sjo9RiI2Nl1TAl2f
NUMERICALS ON SOUND : ua-cam.com/users/liveyrvzHQYUP4w?si=BfwL7X1OcUA1gchq
HOUSEHOLD CIRCUITS : ua-cam.com/users/liveAX6bbZEcyfs?si=d7G6S138k_kzmWhk
ELECTRO-MAGNETISM : ua-cam.com/users/liveMNo_Lp9fZWs?si=qFUJDxFQCu3sK2LG
CALORIMETRY : ua-cam.com/users/livewpzqqywN34c?si=-BCjmAkDTT8sxefh
NUMERICALS ON CALORIMETRY : ua-cam.com/users/live7yTcXJ8PfO8?si=-gh57dSISXdX38wS
RADIOACTIVITY : ua-cam.com/users/live41Ku4mEU8mE?si=MbjtPc1XlAy5ifux
ENTIRE PHYSICS FORMULAS : ua-cam.com/video/bXB3AEp_750/v-deo.htmlsi=7Yb_mcMvBCS7xuAL
ENTIRE PHYSICS : ua-cam.com/video/oVGDSmUkTLk/v-deo.htmlsi=PMTMnla6QdCxgaae
@sirtarunrupani
Sir ya answer sahi hai kya?
1:20:50
Ans a is 320m/s
And b is 1760m distance between the 2 hills
1:21:50
Q9 ans is 362.5m
Yes sir check kariya na please
Yes sir I want this, highly useful
💀i for real believe...sir can run a school alone without any teachers 💀...1 man school
Bro is one man army ☠️
Sir can defeat Goku💀💀💀
Bro was there before the bigbang
Bro was the reason for bigbang ☠️
@@Rn_verma06 💀
2:57 start from here
Thanks😅😂
Danke😄
thnx ;)
Sound is produced when a body vibrates, and the vibrations are transmitted through a medium as waves. The video discusses the properties of sound, such as frequency, wavelength, and intensity, and their applications in various fields.
Key moments:
06:33 Sound is an energy that creates sensations in the ears, with frequencies ranging from 20 to 20000 Hertz, audible to humans, while ultrasonic frequencies above 20000 Hertz are not audible.
-Understanding the concept of sound energy and how it travels through different mediums like solid, liquid, and gas.
-Exploring the audible frequency range of sound waves and the significance of the audible range for human hearing.
08:13 Ultrasound is sound with a frequency higher than 20,000 hertz, elephants communicate using infrasound, and sound waves travel in waves with specific properties like amplitude and frequency.
-Elephants produce sound waves below 20 hertz for communication, showcasing their infrasound capabilities.
-Understanding amplitude and frequency in sound waves helps in navigation and object detection.
-Explaining displacement-time graphs and the concept of amplitude in sound waves for better comprehension.
20:56 Longitudinal waves travel particles in the same direction as the wave, while compression and rarefaction occur in the medium. Understanding wave movement helps comprehend sound propagation.
-Compression and rarefaction in longitudinal waves. It explains how particles move in the medium, affecting sound propagation and wave behavior.
-Difference between solid and liquid mediums. Solid waves travel inside solids, while sound waves inside liquids vibrate particles.
-Particle movement in compression and rarefaction. Understanding the direction of wave movement aids in visualizing sound wave behavior and propagation.
24:23 Sound waves reflect differently based on the surface they strike, affecting sound production and perception, demonstrated through experiments with various surfaces and materials.
-Understanding how sound waves reflect off different surfaces and materials impacts sound production and perception.
-Exploring the concept of sound reflection through experiments with hard surfaces like wood and cardboard tubes.
-Demonstrating the importance of surface size and material in sound reflection and how it influences sound waves.
32:29 Understanding the concept of sound reflection and distance is crucial in sound production. The minimum distance for sound reflection should be 17 meters to ensure clear and distinct sound quality.
-Importance of sound reflection in sound production and its impact on sound quality. Minimum distance required for effective sound reflection is 17 meters.
-Factors influencing sound intensity and pressure for optimal sound production. Reflecting surface distance and producer's distance play a key role in sound quality.
-Significance of sound intensity in achieving clear and impactful sound. The intensity of sound should be sufficient to reach the listener's ears effectively.
46:27 Ultrasound waves travel long distances without bending, useful for detecting objects. Dolphins use ultrasound waves for communication and navigation, showing their caring and intelligent nature.
-Ultrasound waves travel straight and bounce off objects, aiding in object detection and navigation, showcasing their unique properties.
-Dolphins use ultrasound waves for communication and navigation, demonstrating their high level of intelligence and care for their environment.
-Ultrasound waves help in warning dolphins about obstacles and enemies, showcasing their ability to protect themselves using advanced technology.
48:38 Ultrasound technology is used in various fields like marine navigation and medical imaging. It helps detect objects underwater and medical conditions like kidney stones or fetal development.
-Marine navigation utilizes ultrasound technology for detecting fish shoals and ocean depths, aiding in safe navigation and fishery management.
-The video also discusses the use of ultrasound in medical fields, such as detecting kidney stones, fetal development, and creating images for diagnosis and treatment.
56:44 Understanding the concepts of frequency, velocity, and wavelength in sound waves is crucial for solving problems involving sound. The relationship between these parameters can be simplified using mathematical formulas.
-Importance of understanding sound wave parameters. It is essential to grasp the concepts of frequency, velocity, and wavelength to solve sound-related problems effectively.
-Mathematical formulas for sound wave parameters. Formulas like velocity = frequency * wavelength are key to simplifying calculations involving sound waves.
-Problem-solving approach. By applying the appropriate formulas and understanding the relationships between frequency, velocity, and wavelength, one can effectively solve sound wave problems step by step.
1:07:27 Understanding distance, time, and velocity calculations through practical examples is essential for learning physics concepts effectively.
-Solving numerical problems involving distance, time, and velocity to grasp physics concepts practically.
-Exploring the relationship between sound speed, distance, and time in physics calculations.
-Practicing calculations involving distance, time, and velocity to enhance understanding of physics principles.
1:21:20 Understanding the concept of natural vibrations and how external forces affect body vibrations is crucial. Resonance plays a significant role in maintaining consistent vibrations in various scenarios.
-Explaining the concept of natural vibrations and the impact of external forces on body vibrations. It highlights the absence of external periodic forces in natural vibrations.
-Discussing resonance and its importance in maintaining consistent vibrations. It relates resonance to scenarios like sitting in a moving car or playing a guitar.
1:27:11 Resonance occurs when two bodies vibrate at the same frequency, amplifying each other's vibrations, demonstrated through tuning forks in the video.
-Explanation of how resonance amplifies vibrations in objects vibrating at the same frequency.
-Demonstration using tuning forks to show resonance and how it affects the vibrations of objects.
-Importance of adjusting the amplitude and frequency levels to achieve resonance and amplify vibrations.
1:36:57 Sound intensity and loudness are different concepts. Loudness is subjective, while intensity is a measurable quantity. Understanding the relationship between pitch and frequency is crucial in music production.
-The importance of maintaining a balance between sound intensity and loudness to prevent potential harm to the ears. Differentiating between decibels and intensity levels is crucial for sound management.
-Exploring the impact of pitch on sound quality and how different musical instruments with varying pitches can affect the overall sound production. Understanding the significance of pitch in determining the speed and frequency of vibrations.
1:43:18 Sound quality depends on wave patterns, instrument quality, and music tuning, impacting voice recognition and noise perception in different individuals.
-Voice waveforms vary for each individual, influencing sound quality and recognition, highlighting the importance of wave patterns in sound production.
-Differentiating between music and noise, understanding sound quality's dependence on wave patterns and design, and its impact on perception and enjoyment.
Mannn crazy appreciate ur hardwork ❤🔥🔥🐐
Damn
@@___uday_hardhawkBro it's chatgpt sider I think. The text can be generated with the click of a button
2025 batch ..... Attendance lagao✋
Attendance lekar karoge kya tum
Gali khane vala Kam nhi karo 10th me hai tu ab
Tarun rupani sir ideology
One man - one party - one rule 🎉🎉
2x mode on 🫣
Sir now I am in 11th I studied full 10 syallbus from your channel especially maths and physics hats off to u sir u make my 10th I score 92% thanku 🪐
Keep it up
@@sirtarunrupanisir now I am class 10 for 2023-24 and I want to study with your channel but not found my all subject's playlist chapters how can I found pls sir tell me 😐
Bhai mujhe bhi bta do ki aapne kaise padhai kari schdule aur videos ki playlist kaise find krte the ap pls
@@sirtarunrupani30:21
@@Raunak_dwivediiibhai pyq krle aajaega marks 😁💯
maine bhi wahi kiya thaa
Hello all
All the best all
Sir I just passed 10 with 79% . Sir I left icse and also completed 10 . But definitely miss you . I pray for you . That you grow as you helping kids to grow for free . We poor kids pray for your well being. ❤
YOU ARE REALLY BLESSINGS TO ALL KIDS FROM GOD. TEACHERS DAY IS DEFINITELY CELEBRATED FOR THE TEACHERS LIKE YOU . WHO LOVE KIDS UNCONDITIONALLY. YOU TEACHERS ARE THE REAL DEFINATION OF ( GURU ) MY RESPECT FOR YOU IS A LOT . AND
@surjitdas5714 is cbse is good ? Bcz i am in 10 th and I am thinking to join cbse next year .. will I able to do better in cbse as comparison with icse?? I mean cbse would be easy for me ?or not
@@GyanviiYes definitely!, cause ICSE is much more harder and complicated as compared to CBSE, you can legit score very good in cbse
@@BeastTop-G thank you!
@BeastTop-G But isn't the question pattern of ICSE and CBSE very different? CBSE is more application-based and ICSE is more direct compared to CBSE right? Many people I know have kind of messed up 11th due to the sudden change but maybe it depends on the person ig. The syllabus is vast for ICSE compared to CBSE tho.
Best teaching ... helped to learn more n more with cleared concepts ... plz do these type of video, surely helpful for the batch of 2023-2024.. we need these type of teaching🙂
answer for 8th q is v=320 m/s and distance is 1760 m
DUIII
Tomorrow physics boards ✌
Bhai same hai yaar
How was Your physics paper
Ky lgtaa hai below Average bacche k liyee ksa paper tha?
@@a.k_gon7131bhai abhi time hai padhle, it doesn’t matter at what position are u in rn
Thank you sir you saved my one year
Good luck 🤞 for your physics exam tomorrow 🎉
❤tq
Thanx it's literally tomorrow 💀💀
😮nyx
Good evening sir
1:20:46 8th a ka ans 320m/s
8th b ka 1760m
Kaise??
Correct
32:29 📣 jaldi waha se hato
Sir you are real teacher,who makes the every subject easy and interesting.Thank you sir, for your efforts ❤❤1:45:11.
homework answers
8. (a) 320m/s
(b) 1760m
9. 1450 m
sir are these answers correct?
Scholar vaise pls explain kar na
I got 8b 1120m
Your amazing sir
From Bangalore.
Rest everything was very good but the experiments of resonance were really rushed 😢
Han yarr
Sir please make a video on radioactivity with this year's syllabus (nuclear fission and fusion i.e. Part B included as well)
Thank you.
Thank you sir for your late night struggle thank u very much
Thank you sir for all the things you have given us 🙂🙏
Tarun sir ke dad :- kya hua h doctor
Doctor:- teacher hua h 💀
Sir the door and windows opening and closing can't be fully explained by resonance
As sometimes the air inside it plays a role
Maybe the pascal law roughly works on it that's why even without vibration we can see window shades to shatter with air .
Lecture start at 2:41
Sir hats off to you.... your dedication is just wavoo💐✅
From Himachal Pradesh....🏔️🌄🌫️
Love you ♥️💋
Sir your explanation is very good but one request I am finding difficulty in searching for your notes ???
36:30 Velocity of Sound = 332 m/s
Persistence of Hearing (Time) = 0.1 s
Distance = ?
• d = v × t /2
= 332 × 0.1 /2
= 33.2 /2
= 16.6 m
= ~ 17 m (approx.)
❤❤
tarun rupani is great!!
sir please take a lecture of current electricity it is also included in half yearly exam
Salute to those who are studying one day before exam
Thanks brouhhh
Sir please make lesson video on CURRENT ELECTRICITY as per latest syllabus 2023-24
1:28:17 ye kesa example howa resonance ka,mtlb kuch bhi.
1:43:13 😂😂 his voice when he said " sound bhot gambhir hogi " was really very hilarious 😆..big salute to all the teacher like u..you make complicated subjects just a pinch for us!!!👏👏❤️
Does the sound refracts when it passes from one medium to another ?
1:20:50
Ans a is 320m/s
And b is 1760m distance between the 2 hills
Bhai kaise nikala ye ? bta do
@@viraj6498 bhai abhi to meri exams hai par amplify learning ma abhi physics live doubt solving chal raha hai, Sorry😔
Bro second one is 1450m, i did it and checked,do once more bro😊
Sir your explaintion was just..👌👌 awesome..I am a great fan of yours
Sir one more request from you when we go to link after three pgs they say for more content we have to buy educart book, so sir can you pls upload all notes on youtube so that we types notes of sound ch by sir tarun rupani and we get all material pls sir .
Sir please provide latest nktes of 2024 ... your app has your old notess... pls sir .... ❤❤❤😢😢😢...
Thanks sir very much
❤❤❤❤❤ becouse of you sir i got 80 marks physics this year in board exam 😍
you are very nice teacher sir Last month me jo aapne padhaya ☺️wo sab sseries kaafi helpful rhi
❤️Blessed me sir i am future medico 😁❤️
Sab subject aapse padha thaa
Boards toh hue hi nahi abhi😅
@@mousumisaha9806 i was 2023board exam student
Oh
Nice then
1:21:50
Q9 ans is 362.5m
Sir please make an video on chapter (current electricity ) 2023 - 2024
Lovedd the videoo but u didnt discuss the anti nodes and nodes and principal note,secondary note... ? 🥲
a very big thanks to you sir
43:30 Why Time is not doubled if we are doubling the distance.? please tell
Sir with all due respect its not eco its ECHO😅
Icse bacha mere😂😂
Sir please make the lecture of Current Electricity in Physics for class 10
Greatest teacher in the world 🌎 ❤️
sir plz plz improve your audio because i am a regular veiwer of you channel and having issue with that.I will be highly obliged if you do the same....
Sir you are just like a wow
From m.p jabalpur
Sir please upload ch 8 as I am having my physics exam on 18.. October 😢
Attendance for 2023-24 batch😊😊😊😊😊
Happy Teacher's day Sir ❤🙌
Very good teaching
Hi sir, I'm unable to join your WhatsApp group.
Sir you are the best and most underrated teacher
Thank you so much sir ,how wonderfully you explained the whole chapter ,before I watched your video I was finding difficulty but now I understood the chapter..☺️
Thanks a lot sir.
Sir this is my best class class with you 😊
thank u sir for this .. love the way u teach
Sir please make a video on current electricity .......my half yearly exams are starting soon
Don't fear because sir tarun rupani is here
Thank you so much sir for making this video and helping us ❤
Hellow
😊😊
Hi beautiful
Sir can u make separate numerals video of every chapter in one shot of physics 2023-2024 batch please sir
Sir pls tell how to get all study material provided by you ?
Thnk you sir ❤❤ very helpful session
Best teacher ❤
Thank you for everything sir you r great
The people who thinks he has not completed the whole chapter he started numerical from 55:25 to 1:23:10 and the rest of the chapter starts from there 😊
Sir please mention the reduced syllabus of the particular chapter while making the video. ✨
😊hi
I am watching this video 3 hours before board exam🙂
😶
Bruhh
Thanku sir
1:35:26 😂😂
Sir please upload video for spectrum also .
thank you sir
thankyouuuuuuuuuu so much sir u are the great he is G.O.A.T
Sir, 6.022 m is it the answer of second question ? (59:12)
tmrw i have phy exam and now i am seeing this video to learn at 9:00pm
1:21:50
Q9 ans is 362.5m😊
Sir plz latest syllabus pr session start kr dijiyee videooo plzzz kriston publication ki book ke throughh
Thank you so much Sir 🙏🏻🙏🏻
Thank you so much sir ❤😊👩🍳🙏👍🤞
2024 - 25 students like here
Good
You are the best sir.😊❤️
Sir I had one question that was if fisherman's use ultrasound to find fishes but how can they hear ultrasound cause it's impossible to hear ultrasound by a human ..
Please like everyone
Start at 3:00
when will you do current and electricity
Sir tomorrow i have my physics exam tomorrow its 1 am now and i am fully prepared just for you thank you very much sir ❤
Not actually tomorrow its today 😅
Sir please make a video on metallurgy please.....
Already uploaded
“Sound bahut gambheer hogi” was epic
Thank you so much sir it helped a lot 🙂😁
Thank you sir ji
That pani bottle sound was epic
Thankyou
Sir please make a video on electro magnetism for new batch??
Kaas sir maine sireously pdhai ki hoti to mai bhi aapka superstar hota.. 😢
Day 76 for asking a video on current electricity 💀
Refer the vdo "Current Electricity 2022-23" By Sir Tarun Rupani...