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COROT exo-3b

The densest and most huge exoplanet to date is a world known as COROT-exo-3b. It is about the size of Jupiter, however multiple times that planet’s mass. This makes COROT-exo-3b about twice as thick as lead.

photo via wikipedia
Size comparison of CoRoT-3b with Jupiter.

The level of weight put upon a human strolling the outside of such a planet would be unfavorable. With a mass multiple times that of Jupiter, a human would weigh very nearly multiple times what they burden Earth. That implies that a 180 pound man on Earth would weigh 9000 pounds!

That measure of pressure would pound a people skeletal framework in a split second. It would be what could be compared to an elephant sitting on your chest.


Jupiter’s climate blends storms twice as wide as the Earth itself. These goliaths create 400 mph winds and titanic lightning jolts multiple times more splendid than ones on Earth. Sneaking underneath this alarming and dim environment is a 25,000 mile sea of fluid metallic hydrogen.

File:Jupiter and its shrunken Great Red Spot.jpg
photo via wikipedia
Full disk view in natural color, taken by the Hubble Space Telescope in April 2014

Here on Earth, hydrogen is a dreary, straightforward gas, however in the center of Jupiter, hydrogen changes into something never observed on our planet. In Jupiter’s external layers, hydrogen is a gas simply like on Earth. Be that as it may, as you go further, the air pressure skyrockets. In the long run the weight turns out to be incredible to the point that it really presses the electrons out of the hydrogen molecules.

Under such extraordinary conditions, the hydrogen changes into a fluid metal, directing power just as warmth. Likewise, similar to a mirror, it reflects light. So in the event that you were submerged in it, and got under one of those brutal lightning jolts, you wouldn’t have the option to see anything.


On Mars a buildup storm can make shockingly quick and envelope the entire planet inside several days. They are the greatest and most horrendous buildup storms in our nearby planetary framework.

File:OSIRIS Mars true color.jpg
photo via wikipedia

The Martian buildup vortices eclipse their common accomplices showing up at the height of Mount Everest with turns in excess of 300 kilometers for consistently. In the wake of making, it can take a long effort for a buildup storm on Mars to absolutely utilize itself. Hellas Basin is the most significant impact pit in the Solar System.

The temperatures at the base of the pit can be 10 degrees more sweltering than on a shallow level and the gap is significantly stacked up with dust. The differentiation in temperature stimulates wind action that gets the buildup, by then the whirlwind ascends out of the bowl.


On Neptune, one can discover consistent fly stream winds that whip around the planet at startling paces. Neptune’s fly stream winds push solidified billows of gaseous petrol past the north edge of the planet’s Great Dark Spot, an Earth-size typhoon, at a stunning 1,500 miles for each hour.

Neptune - Voyager 2 (29347980845) flatten crop.jpg
photo via wikipedia
Photograph taken by NASA’s Voyager 2 in 1989

That is more than twofold the speed expected to break the sound wall. Such wind powers are unmistakably past what a human could withstand. An individual who happened to end up on Neptune would be no doubt be torn separated and lost always in these savage and ceaseless breeze flows.

It stays a secret with regards to how it gets the vitality to drive the quickest planetary breezes found in the nearby planetary group, in spite of it being so distant from the sun, now and again farther from the sun than Pluto, and having generally powerless interior warmth.


Try not to let the image fool you; this isn’t a winter wonderland. Pluto is an incredibly cool existence where solidified nitrogen, carbon monoxide, and methane cover the surface like snow during the majority of its multi year plutonian year.

photo via wikipedia
Panoramic view of Pluto’s icy mountains and flat ice plains, imaged by New Horizons 15 minutes after its closest approach to Pluto. Distinct haze layers in Pluto’s atmosphere can be seen backlit by the Sun.

These frosts have been changed from white to a pinkish-earthy colored because of collaborations with gamma beams from profound space and the removed Sun. On a crisp morning the sun gives about as much warmth and light as a full moon backs on earth.

With Pluto’s surface temperature of – 378 to – 396 F (- 228 to – 238 C) your body would freeze strong right away. (Note: Pluto is actually not, at this point named a planet).

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