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de Broglie wavelength| energy of photon| speed of electron
PhysicsGeniks
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If momentum P, area A and time T are taken to be the fundamental|Dimensional Analysis |JEE Mains
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If speed V, area A and force F are chosen as|Dimensional Analysis |JEE Mains
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Amount of solar energy received on the earth's surface|Dimensional Analysis |JEE Mains
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A quantity is given by f= root(hc^5/G) |Dimensional Analysis |JEE Mains 2020
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The dimension of stopping potential v0 in photoelectric effect|Dimensional Analysis |JEE Mains 2020
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The dimension of B^2/2u0 where B is|Dimensional Analysis |JEE Mains 2020
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A quantity x is given by (IFV^2/wL^4) in terms of|Dimensional Analysis |JEE Mains 2020
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The dimension of thermal conductivity is||Dimensional Analysis ||JEE Mains 2020
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The surface of a metal is illuminated alternately with photons||Photoelectric Effect||JEE Mains 2020
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A beam of electromagnetic radiation of intensity 6.4 × 10^(-5)W/cm2|Photoelectric Effect|JEE Main20
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Given figure shows few data points in a photo electric effect||Photoelectric Effect||JEE Main2020
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An electron and a photon have the same energy in the range of||de Broglie wavelength||JEE Main2020
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Particle A of mass mA=m/2 moving along the x-axis with velocity||de Broglie wavelength||JEE Main2020
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Assuming the nitrogen molecule is moving with rms velocity at||de Broglie wavelength||JEE Main2020
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A particle is moving 5 times as fast as an electron. The ratio of the de-Broglie wavelength
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A particle moving with kinetic energy E has de Broglie wavelength λ||JEE Main2020
