For example, what happens when there are multiple batteries, connected in parallel? ?

例如，当有多个电池并联时会发生什么？

In this circuit diagram, we have three capacitors connected in parallel with a single battery.

在此电路图中，我们将三个电容器 与单个电池并联。

Well, if you have several capacitors connected in parallel, the overall capacitance of the circuit increases.

好吧，如果你有几个并联的电容器，电路的总电容会增加。

And you do it that way, because you know that any components connected in parallel will have the same voltage.

你这样做是因为你知道所有并联的组件都将具有相同的电压。

When multiple resistors are configured so the current splits into many branches from a single source, they’re said to be connected in parallel.

当配置多个电阻器以便电流从单个源分成许多分支时， 它们被称为并联连接。

When multiple resistors are configured so the current splits into many branches from a single source, they're said to be connected in parallel.

当放置多个电阻器以使来自单个源的电流分成多个分支时，它们被称为并联连接。

For example, what happens when there are multiple batteries, connected in parallel? And what happens when we add capacitors into the mix, with resistors in our DC circuits?

例如，当有多个电池并联连接时会发生什么情况？当我们在直流电路中添加电容器和电阻器时会发生什么？

Think about the outlets in your house – they're all connected in parallel, so no matter how many items are plugged in, they all receive the same voltage.

想想你家的电源插座——它们都是并联的，所以无论插入多少东西，它们都接收到相同的电压。

Think about the outlets in your house – they’re all connected in parallel, so no matter how many items are plugged in, they all receive the same voltage.

想一想你家里的插座——它们都是并联的， 所以无论插入多少东西， 它们都会接收到相同的电压。

And since every point of a conductor has the same potential, and all the conductors are connected, all devices connected in parallel will have the same voltage.

而且由于导体的每个点都具有相同的电位，并且所有导体都连接在一起，因此所有并联连接的设备将具有相同的电压。