Wilhelm Wien was a very productive researcher of Blackbody Radiation. In addition to his Displacement Law of 1893 in the previous problem, he also derived his Distribution Law of 1896 through careful thermodynamic analysis of the energy and momentum in an electromagnetic field. The Distribution Law says that whatever function would eventually be found to describe Blackbody Radiation, it had to be of the form g(λT)/λ^5 . He proposed an exponential form for the function g(λT), leading here to:
Rwien (λ,T)= f(T) * (λ0/λ)^5 / exp(λ0/λ)
where f(T) is the same function as in the Planck formula above.
1. At a fixed temperature, calculate the value of λ, in units of λ0, at which the Wien formula is maximized.

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When temperature of a substance increases, of its particles increase resulting in more between particles. real world applications of thermal expansion absolute zero (-273 degrees c) is the lowest possible temperature on the kelvin scale. it is a measure of where a substance has no kinetic energy. heat is a process of the . energy flows spontaneously from a object to a until equilibrium is reached. heat is measured in heat is transferred throughis a method of heat transfer that occurs between particles of matter that are in direct contact with each other. are poor conductors that impede / reduce the rate of heat transfer. is a method of heat transfer that occurs in fluids (non-solids) by means of currents. real world application of convectiona method of heat transfer through electromagnetic waves. when energy moves from one object to another inside a closed system, no energy is or in the system in the transaction. systems will spontaneously move to a state of organized energy or high disorder over time called