Photon's Momentum in Photon and Atomic Physics Formulas

Photon’s Momentum is the product of the photon’s mass and velocity, a measure of the total motion of a photon, which is a fundamental concept in quantum mechanics and physics. And is denoted by p. Photon's Momentum is usually measured using the Kilogram Meter per Second for Momentum. Note that the value of Photon's Momentum is always negative.

Formulas to find Photon's Momentum in Photon and Atomic Physics

fxPhoton's Momentum using WavelengthGo

fxPhoton's Momentum using EnergyGo

Photon and Atomic Physics formulas that make use of Photon's Momentum

fxDe Broglie WavelengthGo

List of variables in Photon and Atomic Physics formulas

fx Wavelength Go

fx Photon Energy Go

FAQ

What is the Photon's Momentum?

Photon’s Momentum is the product of the photon’s mass and velocity, a measure of the total motion of a photon, which is a fundamental concept in quantum mechanics and physics. Photon's Momentum is usually measured using the Kilogram Meter per Second for Momentum. Note that the value of Photon's Momentum is always negative.

Can the Photon's Momentum be negative?

Yes, the Photon's Momentum, measured in Momentum can be negative.

What unit is used to measure Photon's Momentum?

Photon's Momentum is usually measured using the Kilogram Meter per Second[kg*m/s] for Momentum. Gram Centimeter per Second[kg*m/s], Dyne Hour[kg*m/s], Kilonewton Minute[kg*m/s] are the few other units in which Photon's Momentum can be measured.

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