yupSimon Bridge said:https://en.wikipedia.org/wiki/Planck's_law
... second equation down gives Planck's law in terms of the wavelength.
Do you mean to answer questions like: "given the spectral irradience, what is the wavelength"?
The Inverse of Maxwell-Boltzmann Distribution and Planck's Law is a mathematical concept in physics that describes the distribution of particles in a system at a given temperature. It is essentially a statistical model that predicts the probability of a particle having a certain energy level.
The Inverse of Maxwell-Boltzmann Distribution and Planck's Law is closely related to thermodynamics because it helps to explain the behavior of particles and their energies in a thermodynamic system. It is often used to analyze the thermodynamic properties of gases and other substances.
The equation for the Inverse of Maxwell-Boltzmann Distribution and Planck's Law is complex and involves several parameters such as temperature, energy level, and the number of particles. It is best understood as a statistical probability distribution that describes the behavior of particles in a system.
The Inverse of Maxwell-Boltzmann Distribution and Planck's Law has many practical applications in fields such as thermodynamics, statistical mechanics, and quantum mechanics. It is used to analyze the behavior of gases, the emission of radiation, and the properties of materials at different temperatures.
The Inverse of Maxwell-Boltzmann Distribution and Planck's Law is based on certain assumptions and simplifications, such as the assumption of a non-interacting system. This can limit its accuracy in predicting the behavior of more complex systems. Additionally, it is only applicable in certain temperature ranges and may not accurately describe extreme conditions.