Radius

Radius

He's off the beam again.

Synchronize radio beam for toppling.

Synchronizing radio beam for toppling.

Radio beam synchronized for toppling.

This oh sorry, don't look at the beam. My fault.

At the brightness before him, coals of fire were kindled.

Through the brightness before him were coals of fire kindled.

The diameter forms part of that ray.

In order to find a ray you need that point that you're starting off on so let's that point over there is called X and then you need another point that sits on the ray and the ray is just keep going beyond, we will name that point as Y and we will call the ray XY

At the brightness before him his thick clouds passed, hailstones and coals of fire.

At the brightness that was before him his thick clouds passed, hail stones and coals of fire.

Lets say we have one ray over here that starts at point A and then goes through point B, and so we could call this ray (we could call, let me draw that a little bit straighter) we could call this ray AB.

Area is equal to pi r squared.

Now let us look at the other points.

We can look at the right, we can have ray FE, start at F go through E and beyond E, you can have ray FC, start at F go through C and beyond C that is teh same thing as FE ray FE and ray FC are the same as the point E is on ray FC, then finally we have not focussed on point A you may think there is ray AE, but the line does not go beyond E, so it is not a ray, to the top of A there is no other point, so there is no ray there either that is all the rays based on the points specified.

Please click on the marked laser to shoot a beam into the black box.

This cone shaped beam illuminates what we're looking at and is defined by nice geometric straight lines.

He explains how mirrors work, by arguing that the angle the ray comes in at is the same as the angle it bounces off at.

As soon as they are within the radius of action, maneuver them into the magnetic traps.

And that's named after the guy who recognized why it was such an important radius.

Identify all the rays shown in the image below. and this is a reminder what a ray is.

So the volume of that disk would be the radius squared times pi times d y.

KE1, then at the flash you'll see the cat's energy decrease by E times one plus v squared over two c squared.

A ray start at some point and then goes on forever in some direction.

The system measures the beam's time of flight, recording the time it takes for the light to hit a surface and make its return.

Well, we deduce it by the direction that the ray is traveling as it enters our eye, right?

With two mirrors, the scanner calculates the beam's horizontal and vertical angles, giving accurate x, y, and z coordinates.

larger than 90 degrees if you measure it you would have to rotate this ray more to get to this other ray than you would if you had right angles and definitively a lot more if they were acute angles.

DG Beam sensors have detected that an unknown event caused this magnet to quench and triggered an uncontrolled shut down.

I guess the best way to think about it why it's called right is that this ray is completely upright compared to this ray over here

so A is vertex. Not only is it the vertex of each of these rays, ray AB and ray AC, it is also the vertex

On the day that you first applied to the company, what kind of sun set that day?

Particle radiation is referred to as a particle beam if the particles are all moving in the same direction, similar to a light beam.

(Applause)

То make an ox sweat by pulling the wagon with the books, or to fill a house to the rafters with books.

Now a ray is something in between.

And if you remember that's what a ray is.

So lets say that C is sitting right over there and then i can draw another ray that goes through C, so this is ray AC. and what's interesting

I was creating anti electrons in my mom's garage and using atom smashers to, eventually, create beams of antimatter. Antimatter is the opposite of matter.

This is the first ray of hope the region has seen in a while.

To ensure that the output of the beamlines is uniform, the initial laser light is amplified from a single source in the Injection Laser System (ILS).

The narrow beam width of a normal parabolic satellite antenna means it can only receive signals from a single satellite at a time.

That's something we just came up with on the spot, you know it's probably not the right thing to do, but there's such interesting things you can do with this kind of interface.