And material that's resistive is one that requires some kind of work to push the charge across.

而电阻材料需要某功来推动电荷通过。

So it's about 45 minutes to an hour every day of resistive exercise.

所以每天大约需要45分钟到1小时的抗阻训练。

It becomes resistive and it's not particularly interesting.

它变得有阻力，而且并特别有趣。

I mean, touch computing ended up being capacitive, not resistive with a stylus.

我的意思，触控终采用的电容技术，而非使用触控笔的电阻技术。

Like kinetic friction, it's also a resistive force.

和动摩擦一样，它也一阻力。

Nowadays, capacitive and resistive touchscreens are two of the most common types.

如今，电容式和电阻式触摸屏常见的两类型。

The key concept is that electrical resistance is proportional to the length of the resistive material.

关键概念，电气电阻与电阻材料的长度成正比。

So now that branch of the circuit is resistive too.

因此，现在电路的这一分支也具有了电阻性。

It's a resistive force, which just means that no matter what, it'll act to resist you.

它一阻力，这意味着 什么，它都会对你利。

They're generally easier to use than resistive touchscreens because they interact directly with your finger without the application of force.

它们通常比电阻式触摸屏更易于使用，因为它们无需用力即可直接与您的手指互动。

Resistive touchscreens can be a little unresponsive, but they're generally cheap and durable, so they're favored for industrial or mass use.

电阻式触摸屏可能有点反应迟钝，但它们通常便宜且耐用，因此很适合工业或大规模使用。

There are many other types of touchscreens, like resistive or self-capacitive touchscreens, to be detailed in other episodes.

还有许多其他类型的触摸屏，比如电阻式或自电容式触摸屏，将在其他篇幅中详细介绍。

Other methods include a potentiometer, which uses a resistive track and a wiper that results in a change in electrical resistance.

其他方法包括使用电位器，它通过一个电阻轨道和一个滑片来改变电气阻力。

So in order to counteract some of these negative effects, in particular, the bone loss, we have what's called a resistive exercise device.

所以为了抵消一些这些负面影响，特别骨量丢失， 我们有一叫做抗阻训练设备的东西。

And if you try and pass more current than that through the material, it's going to become a resistive material, a normal material.

而且， 如果你试图让材料通过的电流超过这个限度，它就会变成一有电阻的普通材料。

The most important factor about a delusion is that they are resistive to any evidence that contradicts the belief the individual has in the delusion.

妄想重要的因素，它们会抵制任何与个体对妄想的信念相矛盾的证据。

So if we're able to vary the length of the electrically resistive material, we can vary the overall resistance, which the microcontroller can easily measure.

因此， 如果我们能够改变电阻材料的长度，就可以改变总体电阻，而微控制器可以轻松测量这一点。

On this side we have a plastic housing which contains electrically resistive material printed in a set of two circles on the inside called a track.

这一侧有一个塑料外壳，内部印有一圈电阻材料，称为轨道，由两个圆圈组成。

The wiper contacts the track in different locations than before, thus changing the distance along which the electricity passes through the resistive track, thereby changing the overall resistance.

电刷与轨道接触的位置与之前同，从而改变了电流通过电阻轨道的距离，进而改变了整体电阻。

So when we rotate the wiper, the position where the wiper contacts the track changes, and thus changes the effective length of the resistive material that electricity flows through.

所以当我们旋转电刷时， 电刷接触轨道的位置会发生变化，从而改变电流流经的电阻材料的有效长度。