But! What happens when you create circuits that are combinations of series and parallel connections?

但！当你创建电路时会发生什么 是串联和并联的组合吗？

Finally, we saw how series and parallel connections affect real circuits in our light bulb circuit demonstration.

最后，我们在灯电路演示中看到了串行和并行连接如何影响实际电路。

It has two batteries and four resistors, with a combination of series and parallel connections.

它有两个电池和四个电阻，采用 串联和并联的组合。

These are DC circuits, with resistors in series and parallel formations.

这些是直流电路，串联电阻 和平行编队。

You’ve learned how to simplify circuits with resistors connected in series and parallel with a single battery source, which is great!

您已经学习了如何使用串联和并联连接的电阻器与单个电池电源来简化电路， 这太棒了！

Here's an example of a circuit with resistors in both series and parallel formations.

这是一个带有电阻的示例电路 在串联和并联形式。

We discussed both series and parallel circuit configurations, and how the laws of conservation affect the current and voltage for each.

我们讨论了串联和并联电路配置，以及守恒定律如何影响每种配置的电流和电压。

You've learned how to simplify circuits with resistors connected in series and parallel with a single battery source, which is great!

您已经学会了如何使用与单个电池电源串联和并联的电阻器来简化电路，这太棒了！

Today, we saw how circuit analysis can be used on any series and parallel configuration of resistors in a DC circuit.

今天我们看到了如何将电路分析用于直流电路中电阻的任何串联和并联配置。

We also discussed how capacitors function in a typical DC circuit and the ways they behave when combined in series and parallel connections.

我们还讨论了电容器在典型直流电路中的作用以及它们在串联和并联连接时的行为方式。

All right, now that we’ve learned what series and parallel connections are, let’s go back to those circuits we talked about at the beginning, and see what happens when you connect them for real.

好了，既然我们知道了什么是串联和并联， 那么让我们回到我们一开始讲的那些电路， 看看当你把它们真正连接起来时会发生什么。

All right, now that we've learned what series and parallel connections are, let's go back to those circuits we talked about at the beginning, and see what happens when you connect them for real.

好的，既然我们已经了解了有哪些串联和并联连接，那么让我们回到我们开始讨论的电路，看看实际连接它们时会发生什么。