Simulate the process of X ray Computed Tomography

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.

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

It's a fantastic device.

Get the Xray machine,Mr. Palmer.

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

The slightly larger x evaluate its y coordinate.

So, a little tether coming off, it's just a control for the Fur's mouth and his eyes.

Point D is at negative 1.5 comma 4, so negative 1.5 along the horizontal or the x axis, we could say, negative 1.5 comma 4, so 4 along the vertical or the y axis.

Let's say let me draw a graph, and I'll use the line tool so it's a reasonably neat graph that's the x axis there.

I'll take some X rays of your teeth.

Woman A one way mirror. I can look out you can look at yourself.

Well, I could just set p of x is equal to f of 0.

And in that case, p of x would just look like a horizontal

XRaySwarm

And this is the only one that opens like that, so we can immediately say that this is probably going to be the red one right over here.

Suppose I happen to know that an object is 100 m away, and my baseline is 0.5 m, which is 50 cm.

Let's have Xray ready for postintubation chest Xray.

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

Smile, please

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.

I also started looking around in the city and trying to photograph them.

So the slope of the secant

So this is mu prime of x times x times x plus y. x times x plus y is x squared plus xy.

It's these two lines.

That simplifies things pretty dramatically.

For such situations there is a model called logistic regression, which uses a slightly more complicated model than linear regression, which goes as follows .

Where could Seung Jo have gone?

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.

Anatomage Table shows exactly how the anatomy will appear in X ray.

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

Let's takes out the red hypothesis over here.

So the numerator is x plus 4 times x plus 4 times x plus 3 times x minus 3.

Let's draw some axes right there.

But just in very simple ways, you recognize the most simple parabola is y is equal to x squared.

I start with any vector that was on this line, and I add my x vector to it, I'll show up at a corresponding point on this line that I want to be at.

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.

The next thing we do is we collect what's called a diffusion tensor imaging.

X ray

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

Xray's clean.

Okay, let's go one more.

And then, let's divide both sides by mu of x, and we get 1 over x is equal to 1 over mu.

So what can we do here?