If I look only at the slice parallel to the x-axis then maybe I am going through the minimum .

，如果我只观察平行于 x 轴的切面，那这应该是一个极小值点。

So let 's do the first one on the x-axis .

首先算 x 轴上的。

Let 's say we do rotation about the x-axis .

也就是 绕 x 轴旋转。

In the table below the token on the X-axis can follow the token on the Y-axis if their meeting place is marked with an X.

在下面的表格中，若 X 轴上的符号和Y轴上的符号对应的交界处用X作了记号，则相应 X轴上的符号可以接在Y轴上符号的后面。

Angles are measured starting from the x-axis .

以 x 轴为始测量角度。

By default time ( the units on the X-axis ) is shown in seconds .

默认情况下，时间（ X 轴上的单位）的显示单位为秒。

Well the first ray that we might want to consider is the one that goes along the x-axis .

，我们要考虑的起始射线，是沿着 x 轴的射线。

Distance to x-axis is absolute value of y.

到 x 轴的距离是y的绝对值。

What point in the plane x X-axis is foobar y-axis ought to be foobass something else right ?

在平面中指向哪个点呢？， 轴是foobar的？，does，p，now，point，to？，而y轴应该是其他一些foobass的，对不对？我知道这看起来像一个？

But I moved along the x-axis to one .

先沿着 x 轴走到。

Now we notice that the x-axis is not really marked in degrees and does not look good .

现在，我们注意到 x 轴实际没有标记为度数，看起来不是很好。

Because my x-axis is describing a phase which doesn 't exist on the diagram .

因为我的 x 轴是描述一个，在这个图中不存在的相的。

First calculate the X-axis scaling factor .

首先计算 X 轴的比例因子。

So for example I tell you how to set the x-range to limit the range on the x-axis of the graph .

所以，例如，我告诉您如何设置x范围来限制图表中 x 轴的范围。

The other thing I want you to notice is the x-axis runs from to3 .

另一件事是，这个 x 轴是从3开始的。

But my x-axis here is the composition in the liquid phase There 's no liquid around .

但是我这里的 x 轴是液体中的组分比，实际上没有液体了。

Well we know we are on the x-axis .

我们在 x 轴上。

The motion is only in the x-axis along the x direction .

只在 x 轴，沿着x 轴的方向进行移动。

Plot distance on the vertical Y-axis against time on the horizontal x-axis .

以垂直y轴表示距离，而以水平 x 轴 表示时间。

If I 'm on the x-axis my vector field is actually in the y direction .

也就是， x 轴上，向量场都是y方向的。

Hence each reading is plotted at20-pixel intervals along the X-axis .

因此每次读取操作的结果在 X 轴上间隔20像素进行绘制。

Of course you can also do it geometrically because geometrically you can see in the picture along the x-axis the vector field is pointing vertically .

当然，你可以直观地算出来是因为，你可以直观地在图上看出 x 轴上，向量场是垂直指向的。

But the x-axis here doesn 't tell me about the composition of pure liquid . It 's all yB .

但是 x没有告诉我们纯液体的组分，液体组分是用yB 表示的。

And if I choose as my x-axis xB I can draw a coexistence line on this axis .

如果你选择xB作为 x 轴，从0变到1，to， have，xB，going，from， zero，to，one，我可以在轴上画出共存曲线。

It is slightly strange but I have y in inertia about the x-axis .

这有点奇怪，关于 x 轴的转动惯量跟y有关。

We can let the X-axis coincide with one of the forces which will simplify the problem .

我们可以让 X 轴与其中的一个力相重合，这就简化了问题。

So I can draw a diagram that looks just like this except now with the x-axis being the gas phase composition .

这样我就可以做一个，和这个相似的相图，唯一不同 之处就 在于 x 轴 代表气体组分 比。

Therefore the X-axis span should be divided into four equal segments of length = span / 4 .

所以，应该将 X 坐标 轴的跨度分成4个相等的区段，每个区段的长度=跨度/4。

For the x-axis we only need to specify the first column where the data starts .

对于 x 轴，我们仅需要指定数据开始的第一列。

The first box rotates around the y-axis and the second box rotates around the x-axis .

第一个立方体是围绕y轴旋转，而第二个立方体则围绕 x 轴旋转。