XRaySwarm

It's going to look something like that right there.

Get the Xray machine,Mr. Palmer.

Let's have Xray ready for postintubation chest Xray.

X ray

You know, for the kids who got something wrong with their legs.

Xray's clean.

That's where all of the rest of the light in the universe is supposed to go

It's these two lines.

It's a fantastic device.

Something is wrong with me.

You mean Computed Axial Tomography?

It'll be a little bit more clear what they're reflected about if we draw the line y is equal to x.

I could draw it right on top of this.

Well, this solution would look like.

In the class we talked about how to make a car follow a straight line.

So I went to Cambridge, because it was really the best place in the world then for x ray crystallography.

Recent X Ray Missions

Past X ray Mission

We've Xrayed it.

So first of all what is this point right here?

The x ray absorption spectroscopist's periodic table

But more often I'll write it as a subscript theta over there.

I have a feeling I might be running out of time.

Simulate the process of X ray Computed Tomography

This is DNA in its classic double helix form.

Especially if you just consider the first quadrant.

Sometimes you might also see set notations, where the solution of that, they might say x is a real number such that that little line, that vertical line thing, just means such that x is greater than or equal to negative 15.

In this case, I would submit this is probably the most suitable linear subspace.

That's completely fine.

Or if I wanted to rewrite that, I could just write that as, the magnitude of the displacement times the magnitude of the force times the cosine of theta.

It's a fairly well established number.

So Wilkins said he thought it was the helix.

So let's say that this is x right here, that's our x.

So we're going to add up all of the dx's.

The slope is change in y over change in x.

But now this has some reflectional symmetry.

Well, what if not only does p of x equal f of 0 at x is equal to 0, so that horizontal line we did, we got p of 0 is equal to f of 0, so we knew that at x equals 0, at least that horizontal line is the same value of f of x, that's a very rough approximation.

And now we should be able to use this information to figure out the actual coordinates of the focus and the directrix of what I would call the classic parabola, y is equal to x squared.

Let's draw some axes right there.

You'd have to worry about the amount of radiation that you were looking at.

In the first inverse function video, I talked about how a function and their inverse they are the reflection over the line y equals x.

You can see the individual structures of the woman.

Let's add the hyperbola.

Falsebottom with anechoic coating to absorb xrays.