Right now, we're testing the phase shift due to an electric potential. That's amazing.

现在，我们正在测试基于电势的相位偏移, 真是太棒了。

None the less, we honor Volta's discovery today by naming our standard unit of electric potential " the volt."

尽管如此，我们如今仍然把电势的标准单位命名为 " 伏特" ，以此表彰他的贡献。

We talked about electric potential energy and how it differs from electric potential, or voltage.

我们讨论了势能，以及它与 电延迟或张力。

Now let’s put our new expressions to the test and find the electric potential difference in a real scenario.

现在让我们对新表达式进行测试， 并找出真实场景中的电势差。

We’re left with an equation that describes the electric potential generated by any point charge.

我们只剩下一个描述任意点电荷产生的电势的方程式。

Now, the units of electric potential are Joules over Coulombs, more commonly known as Volts.

电势的单位是焦耳 超过库仑，称为伏特。

We're left with an equation that describes the electric potential generated by any point charge.

我们有一个描述延迟的方程 任何点电荷产生的电能。

And the electric potential difference is also called voltage, which is another way of describing a drop in electric potential.

电势差也称为电压。 这只是描述低延迟的另一种方式。

This set-up allows a capacitor to store energy as electric potential energy.

这种安排允许电容器存储能量，在 一种势能电能。

Now electric potential energy, which is the potential energy a charged object has due to the electric force from another charged object.

现在，电势能是一个带电物体由于另一个带电物体的电力而具有的势能。