Our solution contains initial concentrations I of 1 molar acid and 1 molar acetate.

我们的溶液包含 1 摩尔酸和 1 摩尔乙酸的初始浓度 I。

It describes the relationship between the initial concentrations of the reactants and the rate at which they react.

它描述了反应物的初始浓度与其反应速率之间的关系。

No HF has formed yet, so it's initial concentration is 0.

尚未形成 HF， 因此其初始浓度为 0。

That makes the initial concentration of H2 3 moles in 3 liters, or a 1.00 molar solution.

这使得 3 升或 1. 00 摩尔溶液中 H2 的初始浓度为 3 摩尔。

Similarly, the initial concentration of the F2 is 6 moles per 3 liters, or 2 molar.

同样，F2 的初始浓度为每 3 升 6 摩尔， 或 2 摩尔。

On the I line we write the initial concentrations of each substance.

在 I 行， 我们写下每种物质的初始浓度。

I said the initial concentration of the H2 was 1 molar, and the initial concentration of the F2 was 2 molar.

我说H2的初始浓度是1摩尔， F2的初始浓度是2摩尔。

For our initial concentrations, let's use 3.00 mol of H2 and 6.00 mol of F2 in a 3.00 liter container at a certain temperature.

对于我们的初始浓度，让我们在特定温度下在 3. 00 升容器中使用 3. 00 mol H2 和 6. 00 mol F2。

The forward rate law if k multiplied by the concentration of A raised to some power times the initial concentration of B raised to some power.

如果 k 乘以 A 的某个幂的浓度乘以 B 的初始浓度的某个幂，则正向速率定律。

So if we were to find the reverse rate law for a reaction it would take the same form as the forward one, but using the initial concentrations for the products rather than the reactants.

因此，如果我们要找到反应的反向速率定律，它将采用与正向速率相同的形式，但使用产物而不是反应物的初始浓度。