Resonance
Resonance
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SHM Damped Oscillations 6 VTU
SHM Damped Oscillations 6 VTU
Переглядів: 3 911

Відео

SHM Free Oscillations 5 VTU5:47SHM Free Oscillations 5 VTU
SHM Free Oscillations 5 VTU
Переглядів 4,4 тис.2 роки тому
SHM Free Oscillations 5 VTU
SHM Differential Equation of Simple Harminic Motion 2 VTU2:37SHM Differential Equation of Simple Harminic Motion 2 VTU
SHM Differential Equation of Simple Harminic Motion 2 VTU
Переглядів 33 тис.2 роки тому
SHM Differential Equation of Simple Harminic Motion 2 VTU
SHM Simple Harmonic Motion 1 VTU6:54SHM Simple Harmonic Motion 1 VTU
SHM Simple Harmonic Motion 1 VTU
Переглядів 1,1 тис.2 роки тому
SHM Simple Harmonic Motion 1 VTU
Spring constant / Force constant of Springs in Parallel 4 VTU4:43Spring constant / Force constant of Springs in Parallel 4 VTU
Spring constant / Force constant of Springs in Parallel 4 VTU
Переглядів 3,4 тис.3 роки тому
link for spring constant in series ua-cam.com/video/LZ1ellu5mL0/v-deo.html link for Experiment of spring constant ua-cam.com/video/uOmBvYUMV2Q/v-deo.html
Spring constant / Force constant of Springs in series 3 VTU7:33Spring constant / Force constant of Springs in series 3 VTU
Spring constant / Force constant of Springs in series 3 VTU
Переглядів 6 тис.3 роки тому
Link for Experiments to find the spring constants in series and Parallel ua-cam.com/video/uOmBvYUMV2Q/v-deo.html link for spring constant in series ua-cam.com/video/pHYwrLK9k_M/v-deo.html
9 Newton's Ring : Finding Radius of Curvature of Plano-convex Lense15:429 Newton's Ring : Finding Radius of Curvature of Plano-convex Lense
9 Newton's Ring : Finding Radius of Curvature of Plano-convex Lense
Переглядів 4,2 тис.4 роки тому
9 Newton's Ring : Finding Radius of Curvature of Plano-convex Lense
8. Magnetic Field Along Axis of Coil and Earth's Horizontal Component21:138. Magnetic Field Along Axis of Coil and Earth's Horizontal Component
8. Magnetic Field Along Axis of Coil and Earth's Horizontal Component
Переглядів 29 тис.4 роки тому
8. Magnetic Field Along Axis of Coil and Earth's Horizontal Component
7. Numerical Aperture and Acceptance Angle of An Optical Fiber14:297. Numerical Aperture and Acceptance Angle of An Optical Fiber
7. Numerical Aperture and Acceptance Angle of An Optical Fiber
Переглядів 3,7 тис.4 роки тому
7. Numerical Aperture and Acceptance Angle of An Optical Fiber
6. Rigidity Modulus by Torsional Pendulum12:086. Rigidity Modulus by Torsional Pendulum
6. Rigidity Modulus by Torsional Pendulum
Переглядів 31 тис.4 роки тому
6. Rigidity Modulus by Torsional Pendulum
5. Finding Dielectric Constant by Charging and Discharging Capacitor.18:185. Finding Dielectric Constant by Charging and Discharging Capacitor.
5. Finding Dielectric Constant by Charging and Discharging Capacitor.
Переглядів 5 тис.4 роки тому
5. Finding Dielectric Constant by Charging and Discharging Capacitor.
5. Gauss law of Magnetic field3:505. Gauss law of Magnetic field
5. Gauss law of Magnetic field
Переглядів 1524 роки тому
5. Gauss law of Magnetic field
4. Curl of a Vector, Gauss law of electrostatics21:024. Curl of a Vector, Gauss law of electrostatics
4. Curl of a Vector, Gauss law of electrostatics
Переглядів 614 роки тому
4. Curl of a Vector, Gauss law of electrostatics
2. Line integral, surface integral and Volume integrals22:202. Line integral, surface integral and Volume integrals
2. Line integral, surface integral and Volume integrals
Переглядів 4104 роки тому
2. Line integral, surface integral and Volume integrals
3. Divergence of a vector field14:153. Divergence of a vector field
3. Divergence of a vector field
Переглядів 1284 роки тому
3. Divergence of a vector field
4. Determination of Wavelength of LASER by Diffraction.10:074. Determination of Wavelength of LASER by Diffraction.
4. Determination of Wavelength of LASER by Diffraction.
Переглядів 331 тис.4 роки тому
4. Determination of Wavelength of LASER by Diffraction.
1 Del Operator and Gradient11:111 Del Operator and Gradient
1 Del Operator and Gradient
Переглядів 1284 роки тому
1 Del Operator and Gradient
3. Finding SPRING CONSTANTS of springs in series and parallel.9:403. Finding SPRING CONSTANTS of springs in series and parallel.
3. Finding SPRING CONSTANTS of springs in series and parallel.
Переглядів 14 тис.4 роки тому
3. Finding SPRING CONSTANTS of springs in series and parallel.
2. Finding Resonant Frequency of LCR Circuit in Series and Parallel Combinations11:142. Finding Resonant Frequency of LCR Circuit in Series and Parallel Combinations
2. Finding Resonant Frequency of LCR Circuit in Series and Parallel Combinations
Переглядів 18 тис.4 роки тому
2. Finding Resonant Frequency of LCR Circuit in Series and Parallel Combinations
1. Determination of FERMI ENERGY of COPPER wire.5:121. Determination of FERMI ENERGY of COPPER wire.
1. Determination of FERMI ENERGY of COPPER wire.
Переглядів 14 тис.4 роки тому
1. Determination of FERMI ENERGY of COPPER wire.
Clausius Mossotti Equation Derivation, Internal Fields 8 VTU20:46Clausius Mossotti Equation Derivation, Internal Fields 8 VTU
Clausius Mossotti Equation Derivation, Internal Fields 8 VTU
Переглядів 7874 роки тому
Clausius Mossotti Equation Derivation, Internal Fields 8 VTU
Types of Polarization: Electronic, Ionic and Orientational Polarization 7 VTU24:56Types of Polarization: Electronic, Ionic and Orientational Polarization 7 VTU
Types of Polarization: Electronic, Ionic and Orientational Polarization 7 VTU
Переглядів 15 тис.4 роки тому
Types of Polarization: Electronic, Ionic and Orientational Polarization 7 VTU
Hall Coefficient, Dielectric Materials, Polar and Non Polar Dielectrics 6 VTU29:11Hall Coefficient, Dielectric Materials, Polar and Non Polar Dielectrics 6 VTU
Hall Coefficient, Dielectric Materials, Polar and Non Polar Dielectrics 6 VTU
Переглядів 2574 роки тому
Hall Coefficient, Dielectric Materials, Polar and Non Polar Dielectrics 6 VTU
Energy Eigen Value derivation32:15Energy Eigen Value derivation
Energy Eigen Value derivation
Переглядів 2074 роки тому
Energy Eigen Value derivation
Fermi Energy at Zero Kelvin for Metals, Fermi Temperature, Fermi Velocity, Effective Mass 3 VTU35:26Fermi Energy at Zero Kelvin for Metals, Fermi Temperature, Fermi Velocity, Effective Mass 3 VTU
Fermi Energy at Zero Kelvin for Metals, Fermi Temperature, Fermi Velocity, Effective Mass 3 VTU
Переглядів 5114 роки тому
Fermi Energy at Zero Kelvin for Metals, Fermi Temperature, Fermi Velocity, Effective Mass 3 VTU
Dependence Fermi Factor on Temperature, Density of states, Fermi Dirac distribution 2 VTU35:03Dependence Fermi Factor on Temperature, Density of states, Fermi Dirac distribution 2 VTU
Dependence Fermi Factor on Temperature, Density of states, Fermi Dirac distribution 2 VTU
Переглядів 5594 роки тому
Dependence Fermi Factor on Temperature, Density of states, Fermi Dirac distribution 2 VTU
Introduciton to Quantum Free Elelctron Theory (QFET) 1 VTU35:24Introduciton to Quantum Free Elelctron Theory (QFET) 1 VTU
Introduciton to Quantum Free Elelctron Theory (QFET) 1 VTU
Переглядів 1214 роки тому
Introduciton to Quantum Free Elelctron Theory (QFET) 1 VTU
Hall Effect and Derivation for Hall Voltage 5 VTU29:58Hall Effect and Derivation for Hall Voltage 5 VTU
Hall Effect and Derivation for Hall Voltage 5 VTU
Переглядів 5454 роки тому
Hall Effect and Derivation for Hall Voltage 5 VTU
Fermi Energy and Conductivity of Semiconductor 4 VTU32:46Fermi Energy and Conductivity of Semiconductor 4 VTU
Fermi Energy and Conductivity of Semiconductor 4 VTU
Переглядів 1574 роки тому
Fermi Energy and Conductivity of Semiconductor 4 VTU
Quantum Mechanics 1: Introduction, Matter wave, De Broglie wavelenght27:15Quantum Mechanics 1: Introduction, Matter wave, De Broglie wavelenght
Quantum Mechanics 1: Introduction, Matter wave, De Broglie wavelenght
Переглядів 2584 роки тому
Quantum Mechanics 1: Introduction, Matter wave, De Broglie wavelenght

КОМЕНТАРІ

  • @onlycricket4562
    @onlycricket4562 13 днів тому

    Thank you sir 🙂🎉😊

  • @physicsinshort
    @physicsinshort 27 днів тому

    What is the value of small d in last column?

  • @Shashi-j2r
    @Shashi-j2r Місяць тому

    Tq so much sir

  • @anveshsp9937
    @anveshsp9937 Місяць тому

    why a is diffrentiated and u taking x in the place of a.

  • @khurshedalambhuiyan-c6o
    @khurshedalambhuiyan-c6o Місяць тому

    yumm

  • @BholaThakur-jb1um
    @BholaThakur-jb1um 2 місяці тому

    Sir please teach videos in hindi sometimes

    • @resonancefeel
      @resonancefeel 2 місяці тому

      Thank you for the suggestion! कोषिश कर्ताहु

  • @hackerhamza-kv4bj
    @hackerhamza-kv4bj 2 місяці тому

    How much marks can we get for this

  • @lakshmisaji13
    @lakshmisaji13 3 місяці тому

    Thank you sir for such a descriptive video. Can I get the lab manual (pdf) of this experiment?

    • @resonancefeel
      @resonancefeel 2 місяці тому

      Thank you Sure. Find manual in description

  • @VishalRagunathan-sf5dr
    @VishalRagunathan-sf5dr 3 місяці тому

    ❤

  • @meIanchoIia
    @meIanchoIia 3 місяці тому

    Yem😂

  • @studyStudy-ie7qe
    @studyStudy-ie7qe 3 місяці тому

    SO MUCH NICE SIR SO MUCH PERFECT PLEASE TRY TEACHING PHYSICS FOR NEET STUDENTS PLEASE SIR 🙏❤️

  • @Sakshibhargavaz
    @Sakshibhargavaz 4 місяці тому

    Thank you so much sir✨️

  • @KellenReigns
    @KellenReigns 4 місяці тому

    Why is it that 1/R is equal to the second derivative

    • @raghugunnagol5015
      @raghugunnagol5015 3 місяці тому

      Hi, It is the formula from Mathematics, the inverse of radius is equal to the differentiation.

  • @rakhi12345
    @rakhi12345 4 місяці тому

    Hello. Sir where can we get the notes of this concept or total laser chapter notes.

    • @resonancefeel
      @resonancefeel 4 місяці тому

      I will send you link. Remind me later

  • @Dady_44_22
    @Dady_44_22 4 місяці тому

    ❤

  • @AbdurrehmanShaikh-c9q
    @AbdurrehmanShaikh-c9q 5 місяців тому

    Woahh sir salute hai aapko 🫡🫡... Nice what a teaching skill....u deserve more subscriber 🫡

  • @kavithapj6946
    @kavithapj6946 5 місяців тому

    Sir i got 590 nm wavelength as a answer for this experiment is this value correct plz reply sir i used hene laser

    • @resonancefeel
      @resonancefeel 4 місяці тому

      Yes. We can consider the value. But there is error. Correct answer is 630nm

  • @shakeelphy
    @shakeelphy 6 місяців тому

    Explain the formula terms

  • @Arpithays-m5q
    @Arpithays-m5q 6 місяців тому

    Sr, could u plz explain with calculation

    • @resonancefeel
      @resonancefeel 6 місяців тому

      Can you please ask specific question

    • @Arpithays-m5q
      @Arpithays-m5q 6 місяців тому

      ​​​@@resonancefeelSir, your explanation was good, but brief calculation explaining was also needed 🙏🏻

  • @nandanbhat629
    @nandanbhat629 6 місяців тому

    Thankyou sir

  • @Prathamgowda0001
    @Prathamgowda0001 7 місяців тому

    thanks for the video sir

  • @MigamDoley-wt7bq
    @MigamDoley-wt7bq 8 місяців тому

    Thank you sir,so much.

  • @ReduanIbneHabibMahim
    @ReduanIbneHabibMahim 10 місяців тому

    Thank you sir for this vedio.

  • @slvmallikarjun3713
    @slvmallikarjun3713 10 місяців тому

    SIR CAN WE TAKE DEFLECTIONS BEYOND 60 AND BELOW 30 DEGREES IN THIS EXPERIMENT.

    • @resonancefeel
      @resonancefeel 9 місяців тому

      Yes, we can take. Less deflection means less magnetic field and more deflection is high mag field. When compass is at the centre then there will more deflection, as it moves away mag field decreases. Another situation, if current in the circuit is less then mag field produced is less. It is better to pass some considerably more current so that accuracy will be more. (Current should be in the limits of instrument otherwise the copper coil may burn)

  • @MargaritaMenezes
    @MargaritaMenezes 10 місяців тому

    Good informative vid. Liked it.

  • @mr.genius7881
    @mr.genius7881 10 місяців тому

    Sir what will be the exact answer please tell me

    • @resonancefeel
      @resonancefeel 10 місяців тому

      It will in 10 to the power 10 or 11

    • @mr.genius7881
      @mr.genius7881 10 місяців тому

      @@resonancefeel You mean 10 to the power 10 = 10000000000 ?? Right?

    • @resonancefeel
      @resonancefeel 10 місяців тому

      Yes. That depends on material. For steel it is 2 X 10 to the power 11 N/m2. For Silver it is around 10 to the power ten N/m2 Thank you

  • @soumyajitseth7666
    @soumyajitseth7666 11 місяців тому

    Nice description. Can I get the lab manual of this experiment? Thanks in advance.

    • @resonancefeel
      @resonancefeel 10 місяців тому

      Thank you

    • @resonancefeel
      @resonancefeel 10 місяців тому

      Thank you. I will attach manual in description.

  • @khushsethi8181
    @khushsethi8181 11 місяців тому

    Great video sir really can see so much efforts you put in all this thank you sir 🙏

  • @Krick369...
    @Krick369... Рік тому

    Sir please do revision videos on remaining 4 module 🙏🏻🙏🏻 And do share notes Sir 🙏🏻

    • @resonancefeel
      @resonancefeel 10 місяців тому

      Sorry for late reply. I hope exams are going on. All the best.

  • @mydhilipriyaraj5908
    @mydhilipriyaraj5908 Рік тому

    Good explation sir💕

  • @shilpashilpajodhani4309
    @shilpashilpajodhani4309 Рік тому

    sir you are so good at teaching i understand the whole direvation in just 1 video thank you sir

  • @paras3586
    @paras3586 Рік тому

    Comment below Whom are parul its❤❤ 😂😂😂😊

  • @UmeshNayak-ns7yj
    @UmeshNayak-ns7yj Рік тому

    Thankyou sir 🙏

  • @RP02045
    @RP02045 Рік тому

    Thank you so much sir tomorrow is my physic pratical exam ❤😍

  • @user-goswami1234
    @user-goswami1234 Рік тому

    Thank lot sir what a wonderful explanation I got this question in exam and written it very easily thanks lot sir ❤❤ once more thank you

    • @resonancefeel
      @resonancefeel Рік тому

      Welcome. All the best for upcoming events

    • @user-goswami1234
      @user-goswami1234 Рік тому

      @@resonancefeel sir please makes video on physics laboratory of possible

  • @praneshsathishkumar8889
    @praneshsathishkumar8889 Рік тому

    thank you sir ji

  • @Godgamerzs
    @Godgamerzs Рік тому

    In Hindi

  • @Krick369...
    @Krick369... Рік тому

    Sir very well explained 🙏🏻 16:16 That mathematic equation part I don't understand sir could you pls explain me

    • @resonancefeel
      @resonancefeel Рік тому

      Sorry for late reply. That equation is solution for differential equation, We have taken that equation directly

  • @Krick369...
    @Krick369... Рік тому

    Crystal clear explanation Sir🙏🏻 Thank you Sir

  • @TAREKahmed-nn5yl
    @TAREKahmed-nn5yl Рік тому

    Thank you

  • @abin1354
    @abin1354 Рік тому

    Thanku so much sir ❤️💗💖💯

  • @gashbinxalill2839
    @gashbinxalill2839 Рік тому

    The application of first order DES of hookes law is the same or it’s different??

    • @resonancefeel
      @resonancefeel Рік тому

      Can you please elaborate the question.

    • @gashbinxalill2839
      @gashbinxalill2839 Рік тому

      @@resonancefeeli means the differential equation of hookes law it’s the same that you solved in this video or differential equation of hookes law it’s different??

  • @Krick369...
    @Krick369... Рік тому

    Very well explained Sir.....Thq

  • @rishilg195
    @rishilg195 Рік тому

    Thank you sir much sir 😄

  • @gagankirankausalya1326
    @gagankirankausalya1326 Рік тому

    Thank you sir😊

  • @manaoor-lu8ml
    @manaoor-lu8ml Рік тому

    What a style of teaching

  • @arpitapriyadarsanisahoo6925
    @arpitapriyadarsanisahoo6925 Рік тому

    Tq but make it details means question

  • @TheAnimeNexus342
    @TheAnimeNexus342 Рік тому

    sir u did not upload the derivation of damped oscillation

  • @arcticwaves8040
    @arcticwaves8040 Рік тому

    Thank you sir . But these are the only subtopics of oscillations or are there more?

  • @Loges-waran_m
    @Loges-waran_m Рік тому

    What is the bH value ,sir?

    • @resonancefeel
      @resonancefeel Рік тому

      It is different at different place. But the power should be 10 to the power (-6). Normally In Karnataka, India 36X10 to the power-6.