Another coordinate axes.

So let me draw the coordinate axes.

So, let me draw some coordinate axes here.

But these are not our traditional coordinate axes.

In our traditional coordinate axes, you're plotting a real x value versus a real y coordinate.

Let's see, so if that's my coordinate axes, what is this?

line that's my coordinate axes, which aren't straight this is a straight line.

To determine the equation of the stress ellipsoid we consider the coordinate axes formula_1 taken in the directions of the principal axes, i.e., in a principal stress space.

So if those are my coordinate axes right there, that's my x axis, that is my y axis.

Let me draw three coordinate axes. So that's my first x axis and y axis, so x and y.

Axes

Axes

Axes

Axes

Show Axes

Show axes

Show Axes

visible axes

Axes labels

Axes Division

I'll redraw the axes.

Zero return all axes

He's throwing the axes.

men! Axes and poles!

since we're along the major axes, or the x axis, I just add and subtract this from the x coordinate to get these two coordinates right there.

Rotate around all three axes

Show or hide the axes.

Checked if axes are visible

Let me draw my axes.

Let me draw some axes.

Let me redraw my axes.

Let me draw my axes.

Let me draw my axes.

Let me draw my axes.

So I'll draw the axes.

And so it looks a lot like coordinate axes and it is a coordinate axes but instead of having an x and y axis it has a real and imaginary axis so the example of z being a bi we would plot it really as a position vector where we have the real part on the horizontal axis so let's say that this is a.

Rotate around X and Y axes

Rotate around X and Z axes

Rotate around Y and Z axes

25 Axes with wooden hafts 10

I'll try to draw some axes.

So let me draw some axes.

She's tumbling on all three axes.

Let's draw some axes right there.

So let me draw some axes.