也许这与常数变化相一致，但这是第一次，它将会改变我们对自然规律的看法。
Maybe this is consistent with a change in the constants, but this would be the very first, and it would just change our view of the laws of nature.
患有囊性纤维变性的人却无法抵抗这种细菌，即使他们的肺部能产生正常数量的抗生素。
People with cystic fibroses are unable to fight off such bacteria, even though their lungs produce normal amounts of the antibiotic.
然而，患有囊性纤维化的人却无法抵抗这种细菌，即使他们的肺部能产生正常数量的抗生素。
People with cystic fibrosis, however, are unable to fight off such bacteria, even though their lungs produce normal amounts of the antibiotic.
任何归一化常数都将被重新排序。
常数a表示垂直截距，b表示消费计划的斜率。
The constant a represents the vertical intercept, and b represents the slope of the consumption schedule.
讨论了气态摩尔标准生成焓与取代基常数间的线性关系。
The linear relationship between the gas phase standard enthalpies of formation and the substituent constants is discussed.
对双常数库贝尔卡-芒克理论用于混色纤维配色进行了探讨。
Using dual-constant Kubelka-Munk theory for colour matching of melange fibres is discussed.
我们还可以在这里计算出该轨道的能量，该能量等于里德堡常数。
We can also figure out the energy of this orbital here, and the energy is equal to the Rydberg constant.
不要将常数定义成变量或函数。
得到了相平衡常数和化学平衡。
该频率取决于精细结构常数。
宇宙普适常数并非“恒”量？
我们为什么不能，直接计算平衡常数？
Why can't we just calculate equilibrium constants based on what we've seen so far.
各种字体都在这个类中声明为静态常数。
Various fonts are declared as static constants in this class.
赋值转换将一个常数值设置到目标属性。
An assign transform sets a constant value to a target attribute.
那么现在我们将处于稳态，这会是常数。
So now we're going to put steady state, this is going to be a constant.
我之后会得到一些常数。
不是很好吗，他们以教授之名给常数命名。
一个法向量与任意常数相乘，还是法向量。
You can just multiply a normal vector by any constant, you will still get the normal vector.
要是这些常数并非常数，又将怎样？
然后就得到，平衡常数，随温度变化的关系式。
And then you have an analytic expression for the change in the equilibrium constant with temperature.
它叫亨利定律常数。
这给出平衡常数。
现在平衡常数,对温度的依赖关系已经非常情绪。
We have how the equilibrium constant depends on temperature in a way which is very clear.
如果温度是常数,能量就没有变化，对理想气体。
It only cares what temperature is. If temperature is constant, there's no change in energy.
下次我们会讨论平衡常数对温度,和压强的依赖关系。
Next time we'll talk about the temperature dependence and the pressure dependence of equilibrium constants.
这些物理定律和物理常数帮助我们界定和征服自然界。
The physical laws and constants have helped us define and tame the natural world.
0是真空中的介电常数。
真空中的介电常数是。
真空中的介电常数是。
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