Sentences with phrase «formed out of the cloud»

Not exact matches

It explains how the earth formed four billion years ago out of a vast cloud of gas and dust.

It floods the nebula with ultraviolet light and blows out a mighty solar wind that's compressing the gas around it, forming the bubble shape of the overall cloud.

Planetary nebulae, which got their name after being misidentified by early astronomers, are formed when an ageing star weighing up to eight times the mass of the sun ejects its outer layers as clouds of luminous gas (see Why stars go out in a blaze of glory).

Out of the primordial hydrogen and helium created in the Big Bang, clouds coalesced within 100 million years, eventually forming the first stars.

That frozen vapor quickly forms ice crystals that drop out of the cloud as snow.

During the wintertime cold, nitric acid and water condense out of the atmosphere and form wispy clouds.

These arcs, on the other hand, form when light hits the top of ice crystals — like those contained in some kinds of clouds — and is then refracted out through the side of the crystals.

«Precipitation depends on ice; it's very sensitive to ice in a cloud, so figuring out what forms ice [in clouds] is sort of the holy grail of the measurements we've been trying to do, and it's a very chemically selective process,» Prather said at the ACS meeting yesterday afternoon.

The nebula was created by the star, which is losing part of its mass out into the surrounding space, forming a cloud of gas and dust as the material cools.

Scientists figured out more than a decade ago how to make this specialized form of light through a process known as «high harmonic generation,» or HHG, which shifts laser light to much shorter wavelengths and shorter pulses by shining it through a cloud of gas.

Some astronomers have suggested that they formed suddenly out of collapsing gas clouds, but most suspect that the supermassive black holes grew after their initial formation.

The mountains are made primarily of rock - hard water ice; the dunes are most likely ice granules coated with hydrocarbons; volcanoes probably belch methane and ammonia, and methane fills the lakes, evaporates to form clouds, and rains back down to carve out river channels.

The cosmos as we know it started to take shape when atoms and ions paired up to form molecular hydrogen, which expelled heat out of the gas clouds, allowing them to cool down enough to form the first stars.

But interactions with the newly formed giant planets ejected many of those comets into interstellar space, flung others out into what would become the Oort Cloud, and knocked some into elongated, somewhat shorter orbits in what is known as the scattered disk.

The outer shock forming behind this flattened cloud could then quickly blow out the tenuous poles because relatively little matter would stand in the way — like a strong gust of wind blowing out a weak spot in a sail.

Our sun formed about five billion years ago out of such a cloud.

The carbon atoms that are essential to life on Earth were forged in the nuclear furnaces of stars that lived and died in an earlier epoch of the Universe, and which seeded the clouds out of which our own Sun and the Solar System were formed.

Martian air contains only about 1/1, 000 as much water as our air, but even this small amount can condense out, forming clouds that ride high in the atmosphere or swirl around the slopes of towering volcanoes.

When its temperature drops below the condensation temperature of a condensable gas, that gas condenses out and forms clouds, just like water on Earth.

These observations rule out stars, antimatter, dark clouds or any form of normal matter.

This image from Hubble has plucked out an underlying population of infant stars embedded in the nebula NGC 346 that are still forming from gravitationally collapsing gas clouds.

Comets and comet clouds form early in the life span of a solar system, and are primarily composed of frozen gases, rocks and dust, coalescing out of clouds of smaller particles into the cosmic bodies with trademark tails we're familiar with.

The light from a burst of newly formed stars blows clouds of hydrogen gas (highlighted in red) out of galaxy M82.

With the bustling of cars, pollution in the air, and irate individuals inhabiting the city, I can understand why I usually try to block out the outside world when I run, but this time, let into the moment of jogging down the street, I began to see a new vision: crisp air caused a puffy cloud to form with each exhale, and with the drifting leaves on the sidewalk, I began to perceive the beautiful birds sweeping through the city, people - watching from the trees.

Oscar, in preparing for a night out on New Year's Eve, manages to run into every important figure in his life and history over the course of a few hours, a sort of This is Your Life in film form, as an unmistakable cloud of dread follows him from place to place, event to event.

• Clouds form because cold air doesn't hold as much water as warm air • Clouds are made of water vapor • Clouds always predict rain • Rain falls when clouds become too heavy and the rain drips out or bursts the cloud open • Rain comes from holes in clouds, sweating clouds, funnels in clouds, melted clouds • Lightning never strikes the same place twice • Thunder occurs when two clouds collide • Clouds block wind and slow it down • Clouds come from somewhere above the sky • Clouds are made of smoke How does the 5E model facilitate learning?

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Extremities jut out of twisting forms like the dust clouds engulfing brawls in old cartoons.

Subtracting paint by rubbing out areas using a turpentine - laden cloth and then adding back paint became an important technical element, creating cloud - like areas and voluminous forms, like the orange area in the bottom left corner of «Luminous Undercurrent.»

Since then I've seen that Motherwell sometimes has done these paper collages that remind me of some of these cloud forms that I used to see out there.

CO2 is of course particulary insidious as it stays clear, it doesn't condense out forming reflective clouds as H2O does.

When it reaches a level high enough to cool it to it's «dew point» the water vapour condenses out in the form of clouds and rainfall and the Latent Heat of Condensation is released into the upper part of the atmosphere to accelerate the escape of radiant energy to space.

[Obviously, if they were any further away, or if the random supernovas blew up too early to become part of the solar system's dust cloud, or were traveling too fast to be captured by what would become part of the solar system's dust cloud, or were thrown out too slow to get here in time, or were formed but were inside another star gravity field and never thrown back into space, even more dust would be lost in space, but let's keep the problem easy.

Clouds are negative feedback driven nucleation points — when daytime clouds start to form the albedo causes further cooling beneath them and heat - engine thunderstorms form from the updrafts of warm wet air lofted up to the stratosphere to efficiently cool and spread, creating a local convective cell that pulls heat out of the ocean (or the moist land or air) and moves it to a cold reservoir.

It turns out that these models were incorrectly simulating water vapor being drawn up to higher levels of the atmosphere to form clouds in a warmer world.

When this happens, moisture to condenses out of the air and forms the wispy clouds.

As the water pressure decreased with depth, the carbon dioxide «fizzed» out of solution, forming an ever - increasing cloud of bubbles which entrained rising lake water.

As these cumulus convective clouds grow taller, cloud water droplets collide and combine into raindrops and fall out of the cloud or continue to rise until they freeze into ice crystals and form cirrus clouds.

When H2O concentration gets high enough, water condenses out, forming clouds, which block / reflect sunlight (this is NEGATIVE feedback) reducing the temperature of the earth.

It turns out that clouds are formed with a considerable amount of puffery....

Larry explains what the LCCA is and how it formed out of a need to educate lawyers about what is happening in the cloud.

This puts you out of danger and lets you detonate some of the more awkward insect clouds that form.

Users can earn money by renting out their hard drives to the network; together these users form a backend cloud of hard drives waiting for files to store.

This turned out to be my last client as a contractor as I eventually became a permanent employee of the newly formed SAP Hybris, setting up my own Project Management office to deliver large strategic projects within Cloud Services & Support.