One of the first to stated the basics of the zeroth law was Scottish physicist and chemist Joseph Black. In the late 18th century, to cite one example, in his “Lectures on the Elements of Chemistry” delivered at the University of Edinburgh, Black outlined the view that “a second improvement in our knowledge of heat, which has been attained by the use of thermometers, is the more distinct notion we have now than formerly, of the distribution of heat among different bodies.” [3] He continues, “I remarked formerly, that, even without the help of thermometers, we can perceive a tendency of heat to diffuse itself from any hotter body to the cooler around, until it be distributed among them, in such a manner that none of them are disposed to take any more heat from the rest. The heat is thus brought into a state of equilibrium.” This is one of the first statements of the zeroth law of thermodynamics.
One of the first to stated the basics of the zeroth law was Scottish physicist and chemist Joseph Black. In the late 18th century, to cite one example, in his “Lectures on the Elements of Chemistry” delivered at the University of Edinburgh, Black outlined the view that “a second improvement in our knowledge of heat, which has been attained by the use of thermometers, is the more distinct notion we have now than formerly, of the distribution of heat among different bodies.” [3] He continues, “I remarked formerly, that, even without the help of thermometers, we can perceive a tendency of heat to diffuse itself from any hotter body to the cooler around, until it be distributed among them, in such a manner that none of them are disposed to take any more heat from the rest. The heat is thus brought into a state of equilibrium.” This is one of the first statements of the zeroth law of thermodynamics.
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