And you learned about the equilibrium constant for that reaction, which has a special name: the water dissociation constant.

你不太可能碰到它们——至少我这样希望，像盐酸或硝酸，电离程度很强。

Now we apply these figures to our formula for the equilibrium constant.

现在我们将这些字应用到平衡常的公式中。

The first and most important thing you need to do equilibrium calculations is the equilibrium constant.

您需要进行平衡计算的第一件也是最重要的事情是平衡常。

Therefore, the equilibrium constant is only true for a specific temperature.

因此， 平衡常仅适用于特定温度。

Fortunately for us, chemists have already figured out the equilibrium constants for most common reactions.

对我们来说幸运的是， 家已经计算出大多常见反应的平衡常。

You've learned how to calculate an equilibrium constant, Keq.

您已经习了如何计算平衡常 Keq。

Chemists often know not only the equilibrium constant for a reaction, but also how much of each reactant is available.

家通常不仅知道反应的平衡常，而且知道每种反应物的可用量。

The symbol for this kind of equilibrium constant is Ka, for an acid, or Kb for a base.

这种平衡常的符号是​​ Ka（酸）或 Kb（碱）。

There's actually a way to determine the equilibrium constant from a measured voltage, and vice versa.

实际上有一种方法可以根据测得的电压确定平衡常， 反之亦然。

Now I gotta point out here that the electrical potential of a redox reaction is related to its equilibrium constant.

现在我要在这里指出， 氧还原反应的电势与其平衡常有关。

Equilibrium constants are easy to set up but hard to explain, so let's start with an example using this obviously fake chemical equation.

平衡常很容易建立，但很难解释，所以让我们从一个例子开始，使用这个明显虚假的方程式。

These equilibrium constant equations and the constants themselves are one of the few places where you don't need to write them with every number.

这些平衡常方程和常本身是少几个不需要用每个字都写出来的地方之一。

You've learned how to calculate an equilibrium constant, Keq. You've learned how to calculate the equilibrium conditions of reactions just from knowing their initial conditions.

您已经习了如何计算平衡常 Keq。您已经会了如何通过了解反应的初始条件来计算反应的平衡条件。

The equilibrium constant, or Keq, is equal to the product of the molar concentration of the products divided by the product of the molar concentration of the reactants.

平衡常或 Keq 等于产物的摩尔浓度除以反应物摩尔浓度的乘积。