Sentences with phrase «move around the planet»

Scientists hope additional Cassini work will illuminate how clouds of charged particles move around the planet as it spins and receives blasts of solar material from the sun.

If we start to extract immense amounts of power from the wind, for instance, it will have an impact on how warmth and water move around the planet, and thus on temperatures and rainfall (see «How clean is green?»).

Let's let them move around the planet more freely.»

«Ultimately, we'd like to see a series of seismic stations so we can see what's moving around the planet.»

Human Flow is made up of remarkable footage showing this mass migration and how people move around this planet.

The Gravity Recovery and Climate Experiment Follow - On (GRACE - FO) mission, shown in an artist's rendering, will measure tiny fluctuations in Earth's gravitational field to show how water moves around the planet.

Besides travelling, our passions are photography and storytelling, and by living a completely nomadic life, moving around the planet every other day, we've been lucky enough to capture millions of photos and stories.

The number of people we're going to have to move around this planet in the coming centuries is going to make the Syrian refugee crisis look like a side - show.

The Hadley cell is one of the major ways air is moved around the planet.

The ability to move around the planet quickly is a freedom most people are unwilling to relinquish.

Ripple and RippleNet can be a very useful tool for banks and other financial institutions, as well as businesses of all types, and could play a major role in how money moves around the planet.

Not exact matches

Why does the planet move around the sun?

The Fisher - Price Precious Planet Bath Kneeler provides a large surface, which is important if you have an older child that likes to move around the tub because re-positioning is something of a necessity.

If the light shifts towards red wavelengths it is moving farther away, while blue shift light is moving closer and thus we can see that the three planet - forming discs are almost «tumbling around» and are skewed relative to each other,» explains Christian Brinch.

It didn't have to be the case — it could have been that these planets were very, very hot on the dayside and very cold on the nightside, but apparently there are these very strong winds that can move energy around to the cold side, so the nightside on those planets is really quite hot.

Fiber optic networks have transformed global communications by moving digital bits of information around the planet at the speed of light.

Planets in the solar system move in elliptical orbits that gradually rotate as each planet journeys around the sun.

The area within is like the space around Earth and the other planets: a region flooded by the solar wind, a fast - moving outward stream of particles from the sun.

The simulations suggest that over decades, these warming events dramatically perturb the ocean surface, affecting the flow of the Atlantic Meridional Overturning Circulation, a system of currents that acts like a conveyor belt moving water around the planet.

People would see a magnet move a piece of metal, or a moon trapped in orbit around a planet, or a man in a restaurant levitate a saltshaker just by looking at it, and they would wonder how it was possible.

Moving species around the world may increase local diversity, but it doesn't increase the overall number of species on the planet; that number only goes down.

Our ancestors took tens of thousands of years to spread around the planet; people today move from Lubbock to Geneva or from Tamil Nadu to Texas in hours.

Juno carries no instrument capable of directly measuring such asymmetries, but they should manifest as subtle alterations in the spacecraft's motion as it moves through its 53 - day polar orbit around the planet.

Professor Crowley's finding therefore moves the goalposts back at least 60 million years, which, given humans have only been on the planet for around a tenth of that time, is not an insignificant drop in the evolutionary ocean.

This means that the planet moves in a nearly flattened ellipse, traveling a long path far from its star and then making a fast and furious slingshot around the star at its closest approach.

The planets» rotation is locked, so the worlds keep the same face towards the stars they orbit, much like the Moon does as it moves around the Earth.

In June, our planet's orbit around the sun carries us in the same direction as the galactic rotation; in January, we move against the flow.

To test their algorithm, Nemenman and Daniels created an artificial, model solar system by generating numerical trajectories of planets and comets that move around a sun.

Astronomers could discover a plethora of planets around binary star systems ¬ - stars that rotate around each other — by measuring with high precision how stars move around each other, looking for disturbances exerted by possible exoplanets.

«We only became comfortable within the last 10 years with the idea that planets move around, possibly a lot,» he says.

This would be the case only if the closest stars were scattering off a black hole pair and slingshotted away, just as NASA slingshots space probes around other planets to move them more quickly through the solar system.

As the planet orbits around its star, we expect to see regular small dips in the light coming from the star as the planet moves in front of it.

The planet, about four times the mass of Jupiter, orbits around one star in the system while the other two stars move farther out.

The brightest areas on the planet moved around with time, which Armstrong and colleagues say is due to changes in cloud coverage around the world.

It follows Mars in its orbit, occupying a spot called L5, which lags the Red Planet by 60 ° as it moves around the Sun.

But in a new study in Nature, researchers show that the deep Arctic Ocean has been churning briskly for the last 35,000 years, through the chill of the last ice age and warmth of modern times, suggesting that at least one arm of the system of global ocean currents that move heat around the planet has behaved similarly under vastly different climates.

Astronomers precict that the planet is expected to intersect and move beyond the dust disk surrounding the star Fomalhaut around 2032.

Previous observations of other hot Jupiter - class planets (HD 189733 b and unpublished data for HD 209458 b) have found that their hot spots may be shifted slightly away from the closest point to the star, possibly due to strong winds moving hot, gaseous material around.

The planet moves around 54 Piscium at an average separation of 0.28 AUs, which would be within the orbit of Mercury in the Solar System.

The martian atmosphere interacts with the planet's surface in two ways: frost can form and sublime away, and wind can blow and move dust around.

On September 20, 1996, astronomers at the European Southern Observatory announced that they had detected possible indications of a giant planet around Zeta2 with around 27 percent of Jupiter's mass, moving in a close inner orbit (0.14 AUs) with a period of 18.9 days.

A star's gravity keeps a planet moving in orbit, like Earth moves around our sun.

Moving outwards from host star, planet «c» has 72 percent of Jupiter's mass and an orbital period of 2.8 years (1,024 days) with an average orbital distance of 1.76 AUs and eccentricity around 0.28.

Planet b appears to move around Edasich with an average separation of 1.34 AUs with a period of almost 551 days, or one and a half years.

The planet moves between 1.7 and 2.5 AUs in orbital distance around Errai A, with an average separation of around 1.8 AUs, which would be between the orbital distance of Earth and Mars in the Solar System.

To maintain Mercury's tight inner orbit around the Sun, the planet must move much faster than Earth needs to in its more distant Solar orbit so that a spacecraft must gain about 65,000 miles per hour (105,000 km per hour) to «catch» it.

This type of warming can not be produced by the ocean circulation, which to a first approximation just moves heat around on the planet — what it robs from Peter it gives to Paul.

1a: the period of about 3651/4 solar days required for one revolution of the earth around the sunb: the time required for the apparent sun to return to an arbitrary fixed or moving reference point in the skyc: the time in which a planet completes a revolution about the sun two Mercury years.

Neon Heights is another good one, Mid Boss: Fire Bro.Stage Boss: Koopa Kid.Koopa's Tycoon Town (driving on the road now instead of walking on the sidewalk) is another good one, Mid Boss: Goomba, Stage Boss: Red Koopa (again)(note: Goomba and red koopa boss battles will have you racing them to collect the most coins and deposit them to own the most hotels before time runs out) Eternal Star should be the best board, Mid Boss: Lakitu (defeat him by using star power from blocks) Stage Boss: Rosalina (this is more like a donkey kong and diddy kong mini game, except no bananas or barrels.You will be in outer space walking on planets then you can go in the launch star when you're done collecting star bits and you will be flying in space and you can move anywher to collect star bits you can even land on a planet while in space then collect star bits from there and you'll see rosalina floating around some places.Whoever collects the most star bits win and rosalina is not fighting you.)

Kids can tap and hold the Cat's space ship to make it fly around, move planets, and even move the Cat, Things 1 & 2, and Dick and Sally.