This scientist's namesake equations relate the velocity, angular velocity, and the time-derivative of co-energy to force and moment for rigid objects in inviscid fluids.
This scientist's namesake equations relate the velocity, angular velocity, and the time-derivative of co-energy to force and moment for rigid objects in inviscid fluids. One of his theories states that at equilibrium, the wavelength- averaged emissivity and reflectivity sum to one; that is this physicist's eponymous law of radiation. He worked with Robert Bunsen to discover rubidium and cesium, and also coined the term "black body". A set of laws named for this scientist can be derived from the laws of conservation of charge and energy, and state that the current going into a junction equals the current going out of the junction, as well as that the voltage around a closed loop is zero. Identify this German physicist, the namesake of two laws about electrical circuits—the junction and loop rules.
This scientist's namesake equations relate the velocity, angular velocity, and the time-derivative of co-energy to force and moment for rigid objects in inviscid fluids.
Gustav Robert {Kirchhoff}