de-Broglie wavelength

Energy of the photon can be represented by

•  $h\nu c$  

•  $\frac{hc}{\lambda}$  

•  $hc\lambda$  

•  $h\nu$  

The momentum of a photon is p, the corresponding wavelength is ____________

•  $\frac{4}{p}$  

•  $\frac{p}{h}$  

•  $ph$  

•  $\frac{h}{p}$  

Which equation is used to calculate the wavelength associated with matter?

• c = λν

• λ = c/ν

• λ = h / mv

• λ = ch / E

What do the different parts of the de Broglie equation (λ = h / mv) equal?

• h = Planck's constant, m = meters, v = frequency

• h = Planck's constant, m = meters, v = velocity

• h = Planck's constant, m = mass, v = frequency

• h = Planck's constant, m = mass, v = velocity

The wave-particle duality of light describes light as...

• a wave only
• a particle only
• both a wave and a particle
• neither a wave nor a particle

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

What is the De Broglie wavelength related to?

• The charge of particles

• The mass of particles

• The speed of particles

• The wave nature of particles