The wave particle duality of light means that light exhibits properties of classical waves in some cases and properties of classical particles in others. The fringing effect that results from firing single photons throug... More »

The dual nature of light refers to the fact that light can act as both a wave and a particle. Albert Einstein's photoelectric effect experiment proves that light can behave as a particle while Thomas Young's double-slit ... More »

The dual nature of light refers to the fact that light can act as both a wave and a particle. Albert Einstein's photoelectric effect experiment proves that light can behave as a particle while Thomas Young's double-slit ... More »

Light is composed of photons, which are discrete collections of energy with wave and particle properties, while sound travels as a wave through a medium, which makes it travel more slowly. While light and sound have some... More »

Light manifests properties of both a particle and a wave, depending on the nature of the measuring apparatus used. Albert Einstein's photoelectric effect, explained in 1905, highlights the particle nature of light in ter... More »

www.reference.com Science Physics Optics & Waves

According to siplab, the equation to calculate wave particle velocity is w = c/f. For the calculation, use v = w*f to figure out the velocity, where w is the wavelength, f is the frequency of the source, c is the constan... More »

The difference between longitudinal and transverse waves lies in their direction of particle displacement. Longitudinal waves are waves in which particle displacement is parallel to the movement of the wave, whereas tran... More »

www.reference.com Science Physics Optics & Waves