一杯水,分子的数目是天文数字。冰芯片可能看起来更障碍当我们比较水的玻璃看起来制服。然而,根据热力学冰芯片位置限制的数量方面,分子可以安排。玻璃的水分子可以安排在更多的方面,因此,他们有刨丝器多重性,因此更大的熵。
最一般是对一个系统来衡量我们的无知。平衡态的系统,最大化熵,因为我们失去了所有初始条件的信息,因此,熵最大化立即最大化和对系统的细节我们的无知。
找到一个系统在给定状态的概率取决于国家的多样性。因此这方面有人可以生产的数量成正比。这里,它是一对骰子,在把这双,可测量的属性点的数量的总和面临上面。两个点的多样性显示只是其中一个,因为只有一个的一对,会给国家。例如,7点的多样性是六,因为有6例的一对将显示共有七个点
美国明尼苏达论文代写：冰芯片
For a glass of water, the number of molecules is astronomical. The ice chips probable look more disorder when we compare to the glass of water which looks uniform. However, according to thermodynamics the ice chips place limits on the number of ways the molecules can be arranged. The water molecules in the glass can be arranged in many more ways; as a result, they have grater multiplicity and therefore greater entropy.
The most general is to measure our ignorance about a system. The equilibrium state of a system, maximizes the entropy because, we have lost all information about the initial conditions, as a result, the entropy maximizing immediately maximises and our ignorance about the details of the system.
The probability of finding a system in a given state depends upon the multiplicity of that state. As a result it is proportional to the number of ways someone can produce that state. Here, it is a pair of dices, and in throwing this pair, that measurable property is the sum of the number of dots which are facing on the top. The multiplicity for two dots showing is just one because there is only one case of the pair that will give that state. For example, the multiplicity for seven dots is six, because there is six cases of the pair that will show a total of seven dots.
