But the shapes match up if I rotate by a sixth of a turn around the point where all the triangles meet.

This is my y axis this is my x axis and the center of this is at 1 negative 1.

Here's a view inside the cube with the red and blue axes swapped.

Center of Mass of the Vertices

So notice, they look like they're kind of flipped around the axes.

He played an important part like an axis.

There's no way that you could this is the exact center point the ellipse.

We're centered at negative 1, 2.

So that is my y axis, and this is my x axis.

JH So many forces there.

I just got rid of the shift just so I could figure out the asymptotes but of course this is the real thing that we're trying to graph, so let me do that.

So let's graph it.

So I'll just draw this kind of a general graph right here.

Step 3

Ridjimiraril was heavy in his heart...

Medevac, urgent. Severe chest trauma.

The Earth rotates on its axis.

so the center pieces never move.

So that's the real part.

Axes

Scales

Axis

Axes

Inside of the bronze ball there's a lead weight that is free swinging on an axle that's on two bearings that pass in between, across it,

Many shots with their weapons and shot the bodies. lt b gt shots at the center of mass . lt b gt

loop of K means, is the move centroid step, and what we are going to do is, we are going to take the two cluster centroids, that is, the red cross and the blue cross, and we are going to move them to the average of the points colored the same colour.

All right, there we go.

It's going to look something like that.

Vertical Scale

Horizontal Scale

Vertical scale

Horizontal scale

X Axis

Y Axis

Axes labels

x Axis

y Axis

Major Axis

Minor Axis

X Axis

Y Axis

Z Axis

So let's draw this.

It's balancing on a shaft and a ball, right at the center of gravity, or just slightly above the center of gravity, which means that the lower half of the object is just a little bit more weighty.

They seem to line up a little bit in linear fashion.