This law, calculated analytically with the Gaussian integral, improved upon a doubly-eponymous law, whose inaccuracies developed at either very small or very large values, depending on the units used.
This law, calculated analytically with the Gaussian integral, improved upon a doubly-eponymous law, whose inaccuracies developed at either very small or very large values, depending on the units used. Its creator spent many years experimentally fitting curves to find its value, yet only when statistical mechanics was invented could it be derived in a theoretical manner. The properties of this law led its creator to the conclusion that radiation was emitted in small packets, called quanta. FTP, name this law, which relates the intensity of the emitted electromagnetic radiation of a black body with its frequency at all temperatures.
This law, calculated analytically with the Gaussian integral, improved upon a doubly-eponymous law, whose inaccuracies developed at either very small or very large values, depending on the units used.
{Planck's Law}