Fundamentals of Physics: Extended (11th Edition)

Chapter 38

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Gamma rays are positioned at the higher frequency ... more

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The de Broglie wavelength of a proton will be ... more

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The wavelength of the transmitted wave will be the... more

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Photoelectric effect is the effect when light is ... more

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Work function is defined as the minimum amount of ... more

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Work function is defined as the minimum amount of ... more

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Photoelectric effect is the effect in which the ... more

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Shift in upward direction suggests that as the ... more

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No fraction of light's energy is acquired by the ... more

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When the X-ray is incident on the target, there is... more

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The amplitude of the reflected matter-wave is less... more

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The wavelength is the distance between any two ... more

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The wavelength is the distance between any two ... more

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; The wavelength is the distance between any two ... more

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In all three situations, the value of the ... more

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The transmission coefficient depends on the width ... more

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. ; The formula to calculate the wavelength is ... more

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. ; The formula to calculate the wavelength is ... more

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. ; The formula to calculate the wavelength of ... more

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. ; The formula to calculate the wavelength is ... more

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6.00 photons/s ; The formula to calculate the ... more

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The wavelength is inversely proportional to the ... more

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. ; The formula to calculate the rate of emission... more

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2.65 fm ; The formula to calculate the wavelength ... more

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; The initial energy E of a photon is equal to , ... more

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; The formula to calculate the initial energy of ... more

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The maximum kinetic energy of the electron is . ; ... more

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; The initial energy of the photon is equal to ... more

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1.12 keV ; When some x-rays are incident on a ... more

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7.77 pm ; The momentum of an electron is equal to... more

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9.8 keV ; The kinetic energy of an electron is ... more

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; The formula to calculate the kinetic energy of ... more

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; The formula to calculate the Lorentz factor is... more

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The mass of the particle is and it is a proton... more

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The solution of the Schrodinger equation is . ; ... more

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The solution of the Schrodinger equation is . ; ... more

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The angular wave number is equal to . ; The ... more

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; According to Heisenberg's uncertainty principle... more

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4.81 mA ; The formula to find the energy of the ... more

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5.07 eV ; Transmission coefficient is defined as ... more

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1.800 mA ; The formula to calculate the energy of... more

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; The speed of electromagnetic radiation is equal... more

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The de-Broglie wavelength of the electron is . ; ... more

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The expression given in the question is proved. ; ... more

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; The formula to find the de-Broglie wavelength ... more

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0.19 m ; According to Heisenberg's Uncertainty ... more

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. ; The formula for the wavelength of the photon ... more

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. ; The formula to calculate the wavelength is ... more

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2.047 eV ; The formula to calculate the wavelength... more

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; The formula to calculate the wavelength is ... more

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. ; The detector absorbs only 80% of the light ... more

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3.61 kW ; Power of the panel gives the rate at ... more

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170 nm ; The formula to calculate the maximum ... more

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10.1 eV ; The formula to calculate the maximum ... more

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676 km/s ; The formula to calculate the kinetic ... more

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1.07 eV ; The formula to calculate the maximum ... more

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. ; The formula relating the cutoff frequency and ... more

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; The wavefunction of a matter wave in which ... more

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