How the hell can prosecutor Roswall mix up megabit and megabyte?

So all of these galaxies are moving.

There are several ways to measure speed.

I'm measuring the coagulation of saliva after death.

Now notice the sensor itself only sees position.

Which is another way of saying something having a constant velocity

It's the Supreme Court, right?

It's a portable bonedensity scanner.

Estimated writing speed

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So each of these sections are in degrees so we're measuring in degrees, but I want to be clear degrees aren't the only way to measure angles.

So let's say that Ann is traveling with velocity A and Betty is traveling with velocity B.

At a particular speed and in a particular direction.

Dark matter halos are fluffier and dominate more at large radii. This is certainly true in elliptical galaxies as well.

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So let me write down M for molar.

So, how can we measure peculiar velocities, when all we are measuring is total velocities in our Redshift survey.

And then, on this axis, I am going to plot time

An amount with which the precision of a measurement can be estimated.

After our prediction, we said that we're just going to assume that the velocity hasn't changed.

Reaction time is a factor, so pay attention.

Reaction time is a factor, so please pay attention.

Ann at point A and Betty at point B.

But for the sake of simplicity ... ... we're going to assume ... ... that it was kind of a constant velocity ... ... or what we are calculating is going to be his average velocity.

And you measure its absorbance, and you just get some number here.

1000 feet. Your airspeed's too high. Stick to their protocol, will you?

In addition to that, we've measured the speed of sound.

What I want to do in this video is to talk a little bit about spectrophotometry.

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Holding steady at 15000 feet. You are clear for exfiltration over the drop zone.

So how could we relate that to how many radians it is doing per second?

And so, the higher the velocity dispersion in the cluster, the more will galaxies scatter in velocity around their true

One big clue we have is that the universe is changing with time.

Our Google self driving car uses radar on the front bumper that measures the distance to vehicles and also gives a noisy estimate of the velocity.

it's an Osteo National bonedensity scanner.

And over here you're measuring absorbance, in the vertical axis you measure absorbance.

So let's for a second, just pick a point on this distribution over here.

What was his average velocity?

And you can see that it's pointing to right about well let's just say to right about the 30 degree mark.

That's called correlation.

let's say it is 10.1 feet now. 10.1 feet.

So you could say the measure of angle BAC is equal to 30 degrees.

You can then go the other way around.