Dispersion

Dispersion samples

Dispersion of the normal distribution

They pour huge amounts of pollutants into the ocean.

And the bottom shows the distribution of velocity dispersion.

It's also increasing fixing CO2s, sequestering some of the airborne pollutants.

Pollutants, some pollutants have been created by us molecules like PCBs that can't be broken down by our bodies.

We measure the velocity dispersion of galaxies through the red shifts.

All you do is to create uniform dispersion out of these.

The velocity dispersion versus radius in the lower left and velocity dispersion versus luminosity on the lower right.

Pollutants like this derive mainly from the combustion of fuel in car engines.

You can make a biocensor out of yeast to detect pollutants in water.

We can infer what is the underlying velocity dispersion of the elliptical galaxy.

And it can take that the ratio of maximum rotational speed to velocity dispersion.

The velocity dispersion up top, rotational speed on the bottom.

We remember. We remember the sorrows of our persecution we remember the great travails of our dispersion.

That 99 percent of the time when a firetruck is not parking there, it's infiltrating pollutants.

Then there is proportion between black hole mass and velocity dispersion.

Which is surprising to me, because these chemical pollutants, through my research,

And thus we can find out what the velocity dispersion of particles is in the cluster.

And so therefore, their kinetic energy can be characterized by a velocity dispersion.

like that, that velocity dispersion is different along x, y, and z axis.

A threepoint spread with dispersion tubes to the basement and the second floor.

Small bits of plastic concentrate persistent organic pollutants up to a million times their levels in the surrounding seawater.

Get all the plastic out and simultaneously remove tons and tons of persistent organic pollutants from the marine environment.

So, we pick tactics accommodated to the event, especially this thing we call the small tactics of dispersion.

It causes pollutants being issued, which have an economic cost, health cost and so on.

I investigated the underlying relationship between four prevalent air pollutants and their affect on the lung health of asthmatic patients.

Can you imagine the potential offspring applications environmental detection of pollutants in soils, customs applications, detection of illicit goods in containers and so on.

But soon after, I developed a novel mathematical model that essentially quantifies the effect of these environmental pollutants on the lung health of asthmatic patients.

For example, volatile organic compounds are chemical pollutants that are found in our schools, homes and workplaces.

Those can be understood in terms of merging, random merging of pieces into an elliptical galaxy will both anisotropize g its velocity dis , dispersion.

So here is one of the first cases, the small, elliptical satellite of Andromeda and it'll shown on the right is profile of its velocity dispersion.

At first, I just wanted to figure out which of these four pollutants have the largest negative health impact on the lung health of asthmatic patients.

These chemical pollutants are currently not a criteria air pollutant, as defined by the U.S. Clean Air Act.

With this question in mind, I started researching, and I soon found that indoor air pollutants were the culprit.

And air quality and air pollutants have a huge impact on the lung health of asthmatic patients, anyone with a respiratory disorder and really all of us in general.

In fact, when researching the radioactive content out from the reactors, and its dispersion, we do not find everything.

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

But fire also leaves the soil bare, releasing carbon, and worse than that, burning one hectare of grassland gives off more, and more damaging, pollutants than 6,000 cars.

A more interesting correlation is between mass of the black hole and the velocity dispersion of its host galaxy measured at large radii, where the influence, dynamic of influence of black hole is completely negligible.

The duration tells you about either their velocity dispersion or the individual masses, and the total number of lenses you see is telling you something about their density.

There, the orbits of stars are fairly random and we cannot make circular orbit assumption, we can follow velocity dispersion of stars, and that will do more or less the same thing.

The velocities of lenses are indicative of the velocity dispersion of their populations, say halo, but they do not by themselves say anything about lenses, and also, the implification says exactly nothing about any given lens.

Typical cluster velocity dispersion are several hundred kilometers per second, even a couple thousand kilometers per second, for galaxies moving within the cluster potential well.