फील Feel Physics
फील Feel Physics
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Human Eye | Class 10 | Most Important Previous Years Questions(PYQs) for Board Exam 2025 | CBSE
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**Class 10 Most Important Previous Years Questions(PYQs) for Board Exam 2025**
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**Class 10 Magnetic Effect of Electric Current**
ua-cam.com/play/PLBENjXapurURuZqCNVU5gipywCDs-DHFw.html
**Class 10 Electricity**
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**Class 10 Human Eye & Colorful World**
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**Class 10 Light**
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**Class 9 Revision Playlist**
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**Class 9 Motion**
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**Class 9 Force**
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**Class 9 Gravitation**
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**Class 9 Work, Energy, and Power**
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**Class 9 Sound**
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**Instagram ID**
feel_physics_m2k?igshid=YmMyMTA2M2Y=
Переглядів: 81

Відео

Light | Class 10 | Most Important Previous Years Questions(PYQs) for Board Exam 2025 | CBSE | NCERT
Переглядів 10114 днів тому
#Grade10Physics #CBSEBoardExams #PhysicsPYQs #BoardExamPrep #CBSEPhysics #ImportantQuestions #PhysicsRevision #BoardExamTips #PhysicsForStudents #CBSE2024 #ExamPrepMadeEasy #PhysicsConcepts #FeelPhysics #PhysicsMadeSimple #StateBoardPhysics #OlympiadPrep #PhysicsLearning #ExamSuccess #BoardExamQuestions #scienceforstudents Class 10 Most Important Previous Years Questions(PYQs) for Board Exam 20...
Electricity | Class 10 | Most Important Previous Years Questions(PYQs) for Board Exam 2025 | CBSE
Переглядів 141Місяць тому
#Grade10Physics #ElectricityChapter #CBSEPhysics #PhysicsRevision #PreviousYearQuestions #PhysicsExamPrep #BoardExamPreparation #StateBoardPhysics #FeelPhysics #PhysicsConcepts #ImportantQuestions #ExamTips #PhysicsMadeEasy #CBSE2025 #PhysicsForStudents #ScienceLearning #PhysicsSimplified #BoardExamTips #Electrostatics #ohmslaw Class 10 Magnetic Effect of Electric Current ua-cam.com/play/PLBENj...
Atmospheric Pressure: Simple Experiments You Can Do At Home
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Sound | Class 9 | One Shot Full Chapter Revision | CBSE | NCERT | Olympiad
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Class 9 Revision Playlist ua-cam.com/play/PLBENjXapurURPilTEjs74Lw2LF80hNWwz.html Class 10 Magnetic Effect of Electric Current ua-cam.com/play/PLBENjXapurURuZqCNVU5gipywCDs-DHFw.html Class 10 Electricity ua-cam.com/play/PLBENjXapurURaQa9IkZFSxLgfKUO9D4u_.html&si=UyhbfZN4_a5LasLa Class 10 Human Eye & Colorful World ua-cam.com/play/PLBENjXapurUTG63MtcBQhXbJvwm4KcH3i.html&si=figjv9Dsk3cNel54 Class...
Work & Energy | Class 9 | One Shot Full Chapter Revision | CBSE | NCERT | Olympiad
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Gravitation | Class 9 | One Shot Full Chapter Revision | CBSE | NCERT | Olympiad
Переглядів 93Місяць тому
Class 9 One Shot Revision ua-cam.com/play/PLBENjXapurURPilTEjs74Lw2LF80hNWwz.html Class 10 Magnetic Effect of Electric Current ua-cam.com/play/PLBENjXapurURuZqCNVU5gipywCDs-DHFw.html Class 10 Electricity ua-cam.com/play/PLBENjXapurURaQa9IkZFSxLgfKUO9D4u_.html&si=UyhbfZN4_a5LasLa Class 10 Human Eye & Colourful World :- ua-cam.com/play/PLBENjXapurUTG63MtcBQhXbJvwm4KcH3i.html&si=figjv9Dsk3cNel54 C...
"The Power of Optics: Light Paths through Prism, Glass Slab, Mirrors & Lenses!"
Переглядів 167Місяць тому
Class 9 One Shot Revision ua-cam.com/play/PLBENjXapurURPilTEjs74Lw2LF80hNWwz.html Class 10 Magnetic Effect of Electric Current ua-cam.com/play/PLBENjXapurURuZqCNVU5gipywCDs-DHFw.html Class 10 Electricity ua-cam.com/play/PLBENjXapurURaQa9IkZFSxLgfKUO9D4u_.html&si=UyhbfZN4_a5LasLa Class 10 Human Eye & Colourful World :- ua-cam.com/play/PLBENjXapurUTG63MtcBQhXbJvwm4KcH3i.html&si=figjv9Dsk3cNel54 C...
Forces & Laws of Motion | Class 9 | One Shot Full Chapter Revision | CBSE | NCERT | Olympiad
Переглядів 1172 місяці тому
Class 9 One Shot Revision ua-cam.com/play/PLBENjXapurURPilTEjs74Lw2LF80hNWwz.html Class 10 Magnetic Effect of Electric Current ua-cam.com/play/PLBENjXapurURuZqCNVU5gipywCDs-DHFw.html Class 10 Electricity ua-cam.com/play/PLBENjXapurURaQa9IkZFSxLgfKUO9D4u_.html&si=UyhbfZN4_a5LasLa Class 10 Human Eye & Colourful World :- ua-cam.com/play/PLBENjXapurUTG63MtcBQhXbJvwm4KcH3i.html&si=figjv9Dsk3cNel54 C...
Motion | Class 9 | One Shot Full Chapter Revision | CBSE | NCERT | Olympiad
Переглядів 1692 місяці тому
Class 10 Magnetic Effect of Electric Current ua-cam.com/play/PLBENjXapurURuZqCNVU5gipywCDs-DHFw.html Class 10 Electricity ua-cam.com/play/PLBENjXapurURaQa9IkZFSxLgfKUO9D4u_.html&si=UyhbfZN4_a5LasLa Class 10 Human Eye & Colourful World :- ua-cam.com/play/PLBENjXapurUTG63MtcBQhXbJvwm4KcH3i.html&si=figjv9Dsk3cNel54 Class 10 Light :- ua-cam.com/play/PLBENjXapurUTkQf27S5wPTII_wrbiQLIa.html Class 9 M...
Magnetic Effect Of Electric Current | Class 10 | L7 : Olympiad Numerical | CBSE | NCERT | Olympiad
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Magnetic Effect Of Electric Current | Class 10 | L7 : Olympiad Numerical | CBSE | NCERT | Olympiad
Magnetic Effect Of Current | Class 10 | L6 : NCERT & Exemplar Numerical | CBSE | NCERT | Olympiad
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Magnetic Effect Of Current | Class 10 | L6 : NCERT & Exemplar Numerical | CBSE | NCERT | Olympiad
Magnetic Effect Of Current | Class 10 | L5 : Domestic Electric Circuit, Earthing, Fuse | CBSE
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Magnetic Effect Of Current | Class 10 | L5 : Domestic Electric Circuit, Earthing, Fuse | CBSE
Magnetic Effect Of Current | Class 10 | L4 : Electromagnetic Induction, Fleming's Right Hand Rule
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Magnetic Effect Of Current | Class 10 | L4 : Electromagnetic Induction, Fleming's Right Hand Rule
Magnetic Effect Of Current | Class 10 | L3 : Fleming Left Hand Rule, Electric Motor | CBSE Olympiad
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Magnetic Effect Of Current | Class 10 | L3 : Fleming Left Hand Rule, Electric Motor | CBSE Olympiad
Magnetic Effect Of Current | Class 10 | L2 : Right Hand Thumb Rule, Solenoid, Electromagnet | CBSE
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Magnetic Effect Of Current | Class 10 | L2 : Right Hand Thumb Rule, Solenoid, Electromagnet | CBSE
Magnetic Effect Of Electric Current | Class 10 | L1 : Bar Magnet And Magnetic Field Lines | CBSE
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Magnetic Effect Of Electric Current | Class 10 | L1 : Bar Magnet And Magnetic Field Lines | CBSE
Electricity | Class 10 | Lec 8: Olympiad Numerical | CBSE | NCERT | Olympiad
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Electricity | Class 10 | Lec 8: Olympiad Numerical | CBSE | NCERT | Olympiad
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Electricity | Class 10 | Lec 7: NCERT Exercise & Exemplar Numerical | CBSE | NCERT | Olympiad
Electricity | Class 10 | Lec 6: Electric Power | CBSE | NCERT | Olympiad
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Electricity | Class 10 | Lec 6: Electric Power | CBSE | NCERT | Olympiad
Electricity | Class 10 | Lec 5: HEATING EFFECT OF ELECTRIC CURRENT (JOULE'S LAW) | CBSE | Olympiad
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Electricity | Class 10 | Lec 5: HEATING EFFECT OF ELECTRIC CURRENT (JOULE'S LAW) | CBSE | Olympiad
Electricity | Class 10 | Lec 4: COMBINATION OF RESISTANCE IN SERIES AND PARALLEL | CBSE | Olympiad
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Electricity | Class 10 | Lec 4: COMBINATION OF RESISTANCE IN SERIES AND PARALLEL | CBSE | Olympiad
Electricity | Class 10 | Lec 3: OHM’S LAW, ELECTRICAL RESISTANCE | CBSE | NCERT | Olympiad
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Electricity | Class 10 | Lec 3: OHM’S LAW, ELECTRICAL RESISTANCE | CBSE | NCERT | Olympiad
Electricity | Class 10 | Lec 2: ELECTRIC CURRENT & CIRCUIT DIAGRAM | CBSE | NCERT | Olympiad
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Electricity | Class 10 | Lec 2: ELECTRIC CURRENT & CIRCUIT DIAGRAM | CBSE | NCERT | Olympiad
Electricity | Class 10 | Lec 1: ELECTRIC CHARGES AND POTENTIAL DIFFERENCE | CBSE | NCERT | Olympiad
Переглядів 3726 місяців тому
Electricity | Class 10 | Lec 1: ELECTRIC CHARGES AND POTENTIAL DIFFERENCE | CBSE | NCERT | Olympiad
Human Eye | Class 10 | Lec 5: Olympiad Numericals | CBSE | NCERT | Olympiad
Переглядів 2316 місяців тому
Human Eye | Class 10 | Lec 5: Olympiad Numericals | CBSE | NCERT | Olympiad
Human Eye | Class 10 | Lec 4: NCERT & Exemplar Numerical | CBSE | NCERT | Olympiad
Переглядів 2277 місяців тому
Human Eye | Class 10 | Lec 4: NCERT & Exemplar Numerical | CBSE | NCERT | Olympiad
Human Eye | Class 10 | Lec 3: Atmospheric Refraction, Scattering of Light | CBSE | NCERT | Olympiad
Переглядів 1647 місяців тому
Human Eye | Class 10 | Lec 3: Atmospheric Refraction, Scattering of Light | CBSE | NCERT | Olympiad
Human Eye | Class 10 | Lec 2: Refraction & Dispersion in Prism, Rainbow Formation | CBSE | Olympiad
Переглядів 1007 місяців тому
Human Eye | Class 10 | Lec 2: Refraction & Dispersion in Prism, Rainbow Formation | CBSE | Olympiad
Human Eye | Class 10 | Lec 1: Power of Accommodation | Eye Defects - Myopia, Hypermetropia | CBSE
Переглядів 3037 місяців тому
Human Eye | Class 10 | Lec 1: Power of Accommodation | Eye Defects - Myopia, Hypermetropia | CBSE

КОМЕНТАРІ

  • @NiteshKumar-no3gr
    @NiteshKumar-no3gr 16 днів тому

    Best content 🎉 Keep it up sir

  • @ZarinaChharchhodawala
    @ZarinaChharchhodawala 17 днів тому

    Superb information 👍👌🙏

  • @aphcreation4989
    @aphcreation4989 17 днів тому

    U are great

  • @pratikgupta252
    @pratikgupta252 21 день тому

    Answer is 5.36 seconds.

  • @Bhoomi-ghz
    @Bhoomi-ghz 24 дні тому

    Happy birthday sir, love from OISK ❤❤

  • @saritashukla4709
    @saritashukla4709 26 днів тому

    Sir, there is a doubt in my mind and i will be very thankful if you clear it,, sir in question no.10 the buoyant force acting on the object should be different because Archimede's principle states that buoyant force is equal to the weight of the displaced water and water displaced in both case given in the question is different therefore I'm asking why did you state that force acting them is equal!!! Sir please clear my doubt,it will indeed help me!

    • @feel_physics_m2k
      @feel_physics_m2k 25 днів тому

      Qs10: 44:51 The buoyant force acting on an object is equal to the weight of the fluid displaced by the submerged part of the object. This can be expressed as: Buoyant Force = (Density of Fluid) × (Volume of Fluid Displaced) × (Gravity). Now, consider the same object floating in two different fluids with different densities (let’s call them Fluid 1 and Fluid 2). Key Observations: 1. Since the object is floating, the net vertical force on it must be zero. This means: Upward Buoyant Force = Downward Weight of the Object. 2. The weight of the object is constant, regardless of the fluid it is in. 3. Therefore, the buoyant force in Fluid 1 equals the buoyant force in Fluid 2, (Density of Fluid 1) × (Volume Displaced in Fluid 1) × (Gravity) = (Density of Fluid 2) × (Volume Displaced in Fluid 2) × (Gravity) 4. Since gravity is the same in both cases, it can be canceled out: (Density of Fluid 1) × (Volume Displaced in Fluid 1) = (Density of Fluid 2) × (Volume Displaced in Fluid 2). This equation shows that the densities of the fluids are inversely related to the volumes of the object submerged in each. If one fluid is denser, the corresponding displaced volume will be smaller, maintaining equilibrium. Conclusion: By equating the buoyant forces, we can establish the relationship between the densities and the submerged volumes in different fluids. This ensures that the object remains in equilibrium while floating. I hope all doubts are cleared now. Feel free to ask any questions. 😊

    • @saritashukla4709
      @saritashukla4709 23 дні тому

      @feel_physics_m2k thank you so much sir,,I found answer my question everywhere but didn't find the answer,again thanks sir

  • @feel_physics_m2k
    @feel_physics_m2k 28 днів тому

    The principal focus of a lens is the point where parallel rays of light, after passing through the lens, converge (in the case of a convex lens) or appear to diverge from (in the case of a concave lens). Here’s a more detailed explanation: 1. Convex Lens (Converging Lens): When parallel rays of light are incident on a convex lens, they bend and converge to a single point on the other side of the lens. This point is called the principal focus. 2. Concave Lens (Diverging Lens): For a concave lens, parallel rays of light diverge after passing through the lens. If these diverging rays are extended backward, they appear to meet at a point on the same side as the source. This point is the principal focus of the concave lens.

  • @feel_physics_m2k
    @feel_physics_m2k 28 днів тому

    Work is the Dot Product(Scalar Product) of Force and Displacement not the vector Product. By mistake i told Vector Product.🫣🙏🏻😁

  • @feel_physics_m2k
    @feel_physics_m2k 28 днів тому

    Note:- 0:52 Work is the Dot Product(Scalar Product) of Force and Displacement not the vector Product. By mistake i told Vector Product. 🫣🙏🏻😁

  • @trishaykaul9511
    @trishaykaul9511 29 днів тому

    Happy Birthday sir!🎉

  • @bhawanabalani7232
    @bhawanabalani7232 29 днів тому

    Happiest Birthday sir 🎉

  • @mustafasharaf444
    @mustafasharaf444 29 днів тому

    An exceptional and truly inspiring teacher!🙌🏻🙌🏻 Happy Birthday 🎉

  • @PratikUgale-ij8tg
    @PratikUgale-ij8tg 29 днів тому

    😜😜😜❤❤❤

  • @avnisharathentertainment1953
    @avnisharathentertainment1953 29 днів тому

    Happy birthday sir do you remember me Your Orchids the International school student Avni Sharath

    • @feel_physics_m2k
      @feel_physics_m2k 29 днів тому

      Thank you ❤️😇 Yes Avni😊 Hope you are doing well !!

  • @Exalted_Transcendet
    @Exalted_Transcendet 29 днів тому

    sir can you please tell the name of video for learning about graph( that you mentioned in the VI graph section)

    • @feel_physics_m2k
      @feel_physics_m2k 29 днів тому

      G-9 Motion Series Lec-5 Link:- ua-cam.com/video/gEQHfPeOuGI/v-deo.htmlsi=NEGvEFFhmAqhqu5w

  • @Exalted_Transcendet
    @Exalted_Transcendet Місяць тому

    SIr aapne kaha ki doping pe depend karta hai ki ek semiconductor kaisa ho ,please aap bata de ki doping kya hota hai aur doping ke pehle semi conductor ka no of free electron aur flow of current kaisa hota hai ( aur agar boards me puche toh uske answer me kya likhna hai..) thank you sir

    • @feel_physics_m2k
      @feel_physics_m2k 29 днів тому

      Doping is the process of deliberately adding a small amount of impurities (atoms of another element) to a pure semiconductor (like silicon or germanium) to improve its electrical conductivity. Pure semiconductors (intrinsic semiconductors) have very low electrical conductivity. Doping introduces free charge carriers (electrons or holes) that enhance the conductivity of the semiconductor, making it suitable for electronic devices. Doping increases the number of charge carriers (electrons or holes), enhancing the conductivity of the material. It also determines the type of semiconductor (N-type or P-type), which is essential for creating components like diodes and transistors. Types of Semiconductors 1. Intrinsic Semiconductors: • Pure semiconductors with no impurities. • Electrical conductivity is very low. 2. Extrinsic Semiconductors: • Semiconductors doped with impurities to enhance their conductivity. • Divided into: • N-type Semiconductors: Doped with elements like phosphorus, providing extra free electrons (negative charge carriers). • P-type Semiconductors: Doped with elements like boron, creating “holes” (positive charge carriers). Hope this will help. Happy Learning!😊

  • @akasharora-vn3tm
    @akasharora-vn3tm Місяць тому

    answer of Q12 is R, is it correct?

  • @Deepak_Gamerzz
    @Deepak_Gamerzz Місяць тому

    good videoo😁

  • @GavgsyDnhd
    @GavgsyDnhd Місяць тому

    Very nice explanation

  • @Mayank-ff9lw
    @Mayank-ff9lw Місяць тому

    Sir i think it should be 5A not 1/5A 30:48

  • @Mayank-ff9lw
    @Mayank-ff9lw Місяць тому

    Thank sir for working hard for us 💞

  • @Mayank-ff9lw
    @Mayank-ff9lw Місяць тому

    Great questions sir ❤ Was finding such questions variety only 12:51

  • @ZarinaChharchhodawala
    @ZarinaChharchhodawala Місяць тому

    Superb 👍👌🙏👍

  • @feel_physics_m2k
    @feel_physics_m2k Місяць тому

    Imp Note:- 15:13 1. Power is inversely proportional to Resistance only when voltage is constant. I have told that power is never directly proportional to resistance is true only when electric current is changing. (P=V/R, if V is constant then P is inversely proportional to R) "Generally in real life scenarios voltage is kept constant because of parallel connection so voltage is constant and power inversely proportional to resistance" 2. Power is directly proportional to resistance only when electric current is constant. (P=i^2 R, if i is constant then P is directly proportional to R) 3. Maths:- If A=(B*C)/D, A is directly proportional to B only when C and D is constant, A is directly proportional to C only when B & D is constant, A is inversely proportional to D only when B and C is constant. I hope bacho apko Clear hogaya.❤

  • @feel_physics_m2k
    @feel_physics_m2k Місяць тому

    Imp Note:- 29:25 1. Power is inversely proportional to Resistance only when voltage is constant. I have told that power is never directly proportional to resistance is true only when electric current is changing. (P=V/R, if V is constant then P is inversely proportional to R) "Generally in real life scenarios voltage is kept constant because of parallel connection so voltage is constant and power inversely proportional to resistance" 2. Power is directly proportional to resistance only when electric current is constant. (P=i^2 R, if i is constant then P is directly proportional to R) 3. Maths:- If A=(B*C)/D, A is directly proportional to B only when C and D is constant, A is directly proportional to C only when B & D is constant, A is inversely proportional to D only when B and C is constant. I hope bacho apko Clear hogaya.❤

  • @Kailashatkarrr
    @Kailashatkarrr Місяць тому

    Sir ak bar projectile motion in advance level le lo please 🙏

    • @feel_physics_m2k
      @feel_physics_m2k Місяць тому

      Hi 👋 For JEE Advance level?

    • @Kailashatkarrr
      @Kailashatkarrr Місяць тому

      @feel_physics_m2k are nahi sir 😂 itna bhi nahi , jee mains level ka

  • @Kailashatkarrr
    @Kailashatkarrr Місяць тому

    Sir do you know Dr Homi BHA BHA young scientist compition entrance exam

    • @feel_physics_m2k
      @feel_physics_m2k Місяць тому

      Yes. Check out the link below, will get all the details related to this exam. Link:- msta.in/homi-bhabha-exams/

  • @saurabhpathak7463
    @saurabhpathak7463 Місяць тому

    Very good explanation.

  • @Kailashatkarrr
    @Kailashatkarrr Місяць тому

    Thanku sir ❤

  • @anjularatan1234
    @anjularatan1234 Місяць тому

    Very well explained Sir ...i have shared your videos with my teachers and students also ..

  • @HariharanHariharan-h7c
    @HariharanHariharan-h7c Місяць тому

    Super sir😊

  • @Kailashatkarrr
    @Kailashatkarrr Місяць тому

    Thanku you very much sir❤

  • @Kailashatkarrr
    @Kailashatkarrr Місяць тому

    I love you sir ❤ ...... Sir our response is not good for your channel means your views is not sufficient as you explain a quality education So please do not demotivate I am your big fan 🙏

  • @kmr.sufiyan
    @kmr.sufiyan Місяць тому

    Sir if we have to find the depth of the sea then we must take only 'D' not 2D please reply

    • @feel_physics_m2k
      @feel_physics_m2k Місяць тому

      We need to take 2D only. Speed is Distance /Time. Let D is depth of ocean. Distance travelled by sound waves is going and coming back to same point so 2D.

  • @kmr.sufiyan
    @kmr.sufiyan Місяць тому

    Love U sir ❤❤❤

  • @yaeditz130
    @yaeditz130 Місяць тому

    40:45 q3 ka answer no hoga kyuki total current 8A h aur fuse 10A le skta h......

  • @feel_physics_m2k
    @feel_physics_m2k Місяць тому

    37:34 one correction:- Weightlessness is the sensation or condition where an object or person experiences no net gravitational force or other force supporting them, making them feel "weightless." This typically occurs when: An object is in freefall (such as astronauts orbiting Earth). The object does not feel any opposing force, like the normal force we feel on Earth due to the ground pushing back on us. In simple words agar apko weight measure karna ho to weighing scale par khade hokar physically then screen par weight mile ga. But agar aap weighing scale ko touch hi na kar Pau due to free fall then weighing scale reading zero dekha ae gi. So that is weightlessness. (g is not zero)

  • @kmr.sufiyan
    @kmr.sufiyan Місяць тому

    ❤❤❤

  • @RahulKumar-mo4rb
    @RahulKumar-mo4rb Місяць тому

    Sir bahut mast padate hai for class 9

  • @StudyMaterial-ii1eb
    @StudyMaterial-ii1eb Місяць тому

    Hi sir , your student from Orchids the international school. Batch 21-22 grade 8th

  • @Tanishqjangid-k6d
    @Tanishqjangid-k6d Місяць тому

    Underrated sir ❤

  • @mustafasharaf444
    @mustafasharaf444 Місяць тому

    Your teaching techniques are extremely easy to understand🙌🏻👍🏻

  • @shashikalakumbhar
    @shashikalakumbhar Місяць тому

    amazing ❤😍

  • @tnt_bunny008
    @tnt_bunny008 Місяць тому

    Sir do you know Krishna verma 😅 it's me

  • @yaeditz130
    @yaeditz130 Місяць тому

    Best of best....❤

  • @RahulKumar-mo4rb
    @RahulKumar-mo4rb 2 місяці тому

    Baahit ache padate hai class 9 olympaid ke liy video baniy

  • @akritikumari868
    @akritikumari868 2 місяці тому

    Sir aapne woh circle wale q mei pi*r + pi*r/2 kiya hai..usme actually 2*pi*r + pi*r hoga

    • @feel_physics_m2k
      @feel_physics_m2k 2 місяці тому

      Yes, you are right. It should be 3*pi*R 😊

  • @SIGMA___TEACHINGS
    @SIGMA___TEACHINGS 2 місяці тому

    ❤❤❤

  • @Exalted_Transcendet
    @Exalted_Transcendet 2 місяці тому

    thank you sir