WorksheetsQuantum Equation Problems
Total questions: 20
Worksheet time: 10mins
De Broglie equation
relates the momentum of a mass to its wavelength
relates the energy of a mass to its wavelength
relates the frequency of a mass to its wavelength
relates the work function of a mass to its wavelength
If waves can behave like particles, then particles can behave like a wave. This is the idea behind...
Quantization of Energy
Photoelectric Effect
Compton Effect
deBroglie Waves
Uncertainty Principle
The energy of a particle trapped inside an infinite deep potential well is 8 eV. If the width of the well is halved then it's energy becomes
2 eV
4 eV
16 eV
32 eV
Name the scientist who created an equation to treat the electron as a wave
Planck
Heisenberg
de Broglie
Schrodinger
The SI unit of frequency is the __________.
meter
second
hertz
meter per second
If a proton and an electron have same energy, then which one is correct?
The normalized wave function must have ________ norm
Infinite
Zero
Finite
Complex
The square of the magnitude of the wave function is called_________
Current density
Probability density
Zero density
Volume density
The operator ∇2 is called _______ operator
Hamiltonian
Laplacian
Poisson
Vector
The function representing matter waves must be ________
Complex
Real
Zero
Infinity
A ____ is a discrete, quantized bundle of energy
Photoelectric effect
Photon
Quantized
Proton
find the correct applications of quantum mechanics.
Quantum mechanics is used to explain the concept of
photoelectric effect.
The atomic structure and the origin of spectral lines are explained by Bohr based on quantum concepts.
The phenomenon like Scattering of X-rays are
explained by Compton based on quantum ideas.
Based on quantum ideas, the problem
of specific heat of solids at low temperature
is explained successfully.
Which one is correct Schrodinger time independent equation
[∇2 ψ + 2m (E –V) ψ] / ħ2 = 1
[∇2 ψ + m (E –V) ψ] / ħ2 = 0
[∇2 ψ + 2m (E –V) ψ] / ħ2 = 0
[∇2 ψ + 2m (E –V) ψ] / ħ = 0
Which one is correct Schrodinger time dependent equation?
H = E
H = Eψ
Hψ = ψ
Hψ = Eψ
This equation represents Schrodinger's
time independent in 3-d for free particle.
time independent in 3-d.
time dependent in 1-d for free particle.
time dependent in 1-d.
Quantum mechanical operator, corresponding to physical quantity momentum, is
The de-Broglie wavelength of an electron is 5 Angstrom. Then its momentum is
An electron is moving freely with kinetic energy 10 eV. It's de-Broglie wavelength is
The equation which links Energy to wavelength is...
E=hf
E=λhf
E=λhc
c=fλ
What does the p stand for?
power
momentum
pressure
principle axis
