Living On Uranus (What Would Life Be on Uranus?).

Living On Uranus (What Would Life Be on Uranus?)

This is about how it would be to live on the planet Uranus. How about storms of shimmering diamonds rain down on your house? So if you want to know how life on Uranus might be, this article is for you. Let’s get right into it! What Would It Be Like To Live on Uranus? So, you have selected Uranus as your new home?  Well, before you pack up and voyage to the planet, there are many essential things you need to know.  While the inner planets are fiery worlds of molten rock, the outer planets are cold and desolate places.  Mysterious and gigantic, Uranus sits far from the Sun as a frozen ball of deadly gases.  Of course, living in such environments would require tremendously advanced technology.  But, let’s put that thought aside, blast off to the outer solar system, and find out what living on Uranus would be like. Let’s get started! Uranus – Quick Facts Distance from Sun: 1.8 billion miles Text Message to Earth: Takes about 2.7 hrs. Mass: 15 x Earth Width: 4 x Earth Gravity: 90% of Earth Length of Day: 17 hours (46% of 1 Earth Day) Length of Year: 30,687 days (84 x 1 Earth year) Average Temperature: -320º F Pressure: Unknown Moons: 27 known Rings: Yes Scouting Your New Neighborhood Similar to the other gas giants we have explored so far, Uranus has no solid surface.  Instead, ammonia, methane, and water ices comprise most of Uranus.  Plus, the planet’s surface layers are extremely frigid.  Internal temperatures on Uranus can rocket to a brutal 8,500º F. Therefore, living on Uranus will be limited to the outer cloud top layers.  Living in the outer cloud layers in a protective bubble-like home will work best.  Saturn and Jupiter both received this same advice. Your Typical Day on Uranus Entirely flipped on its side, Uranus sits at a near-90º tilt.  Only once you observed other planets would you notice this awkward shift.  Studied for decades, the cause of your new planet’s tilt is still a mystery.  Scientists believe it is the result of a massive cosmic collision.  Plus, Moons form after planets form. We know this now.  So, your Moons orbiting on the same tilted plane tells us the collision occurred during the early solar system when your planet was forming. Next, the moment you arrive on the third biggest planet, you immediately notice the temperature.  Maintaining a constant chilling -320º F, the sub-arctic climate on Uranus is hard to ignore. The further a planet is from the Sun, the colder its temperatures.  Yet, Uranus is colder than the more distant neighbor, Neptune. How can this be?  Crediting icy temperatures to unknown internal processes, your new planet is the coldest in the solar system.  So, putting on the best parka money can buy, you decide to head out and explore. Similar to Earth, your new day lasts for 17 hours, not too shabby. Plus, to your surprise, you notice blue skies, just like home sweet home. Yet, blue skies on Uranus differ dramatically from Earth.  Deadly abundances of methane gas are now the cause of your world’s blue skies. To your dismay, your new home appears bleak and desolate.  Venturing out to explore, vacant, smooth, blue horizons surround you as far as the eye can see.  Living on Uranus is not conducive to sightseeing.  However, at 100,000 miles around, your home is the third largest planet and much too big to explore anyhow. Your Typical Night on Uranus Living on Uranus does have its perks, despite the barren landscape. Peering through the gaseous haze, you become awe-inspired by 27 Moons.  Small and irregularly shaped, your collection of Moons are much different than your previous Earth-Moon. Yet, they dance around your planet like mesmerizing ice sculptures. Surprisingly, your new world has a ring system. Faint and elegant, Uranus is surrounded by 13 beautiful rings. Boulder-sized clumps of dust comprise Uranus’ rings, unlike Saturn’s bright ice pebble rings.  Yet, appearing faint deep blue, and red, your new rings are simply stunning. Finally, Earth is observable from your new home, should you become homesick.  Of course, viewing your former home requires a powerful telescope.  Appearing as a pale dot, you gaze beyond the methane atmosphere at your prior homeland.  Now, temperatures become simply too much, and you head inside for the evening. Your Typical Year on Uranus Opposite of your short days, living on Uranus brings 31,000-day-long years. In other words, your new year lasts for 84 Earth years. Not to mention, your extreme tilt creates enduring, long seasons.  In fact, only two seasons occur on Uranus, summer, and winter. First, extreme tilting causes your north pole to face the Sun for half of your year.  In other words, summer drags on slowly, seeing the Sun creep across the sky for 42 years.  Finally, skipping what would have been your NFL season, winter instantly sets in. But, unlike Earth’s winter, Uranus now sits in total darkness for 42 years.  Hope you do not like football, autumn leaves, or warm days. Gravity hardly changes living on Uranus. Actually, jumping, lifting, and body weight are slightly more favorable, if anything. Plus, in your terribly long year, your first birthday has not yet occurred. Your friends will be feeding you a birthday cake with a single candle in your highchair in no time. But, when birthday party invitees are no-shows, don’t hold it against them. After all, their cancellation text messages take nearly three hours to arrive. Your Local Weather Forecast Weather forecasts living on Uranus are predictable and bleak.  Cold, dark, and windy, that’s about it. Blowing at a speedy 560 miles per hour, gusts of wind are sure to knock you down.  Heavy boots of iron could do the trick. Between day and night, temperatures remain a constant -320º.  Nearly 2 billion from the Sun, very little light hits your home, even during the 42 year summers.  Murky methane and ammonia atmospheres certainly do not help this. Precipitation does occur since you still have an atmosphere, but much differently.  Methane in your world chemically changes to carbon. Under your planet’s extreme pressures, …

Read more

What is the Coldest Planet in Our Solar System?

Uranus: Coldest Planet in Our Solar System?

This is about the coldest planet in our Solar System: Uranus. Neptune is the most distant planet from the Sun, but Uranus is colder. So if you want to learn why Uranus is the coldest planet in the Solar System, you’ve come to the right place. Without further ado, let’s do this! The Coldest Planet in Our Solar System Is Uranus Indeed, even in our own cosmic backyard, the solar system is full of surprises.  In fact, if you read the article about the hottest planet in the Solar System, you probably got an unexpected answer.  Well, then what is the coldest planet? Simply put, Neptune is by far the most distant planet from the Sun, isn’t it?  And, the further a planet lies from the Sun, the cooler the weather, right?  Actually, no, because the coldest planet in the solar system is Uranus.  But, how could Uranus be colder than Neptune, which lies a whopping one billion miles further from the Sun? Why Is Uranus the Coldest Planet in Our Solar System? First of all, both Neptune and Uranus hold the title ice giants in our solar system.  So, no matter what, both host truly frigid environments.  Yet, Uranus remains the crowned record-holder, experiencing temps as low as -371º F. But, why is Uranus the coldest planet? Actually, both planets host nearly identical atmospheres. Furthermore, both planets have substantial amounts of methane in their atmosphere, which is among the most potent greenhouse gases.  In other words, methane loves to trap in heat trying to enter a planet’s atmosphere. However, Neptune holds ever so slightly higher amounts of methane.  Technically, around 3% versus Uranus’ 2%. Therefore, this slight increase in methane causes more heat to enter Neptune’s atmosphere.  As a result, Neptune stays consistently around 6 degrees warmer than Uranus. Another possible explanation for Uranus’ record-breaking temperature comes from its distant past. Long ago, it’s believed that Uranus suffered a wild collision with another space object.  Unfortunately, astronomers are completely unsure as to what struck the ice giant.  However, the collision ultimately left Uranus mysteriously flipped on its side. Ultimately, Uranus’ core was violently disturbed during the impact. As a result, heat wildly spilled out into space.  Now, without powerful internal heat being generated, Uranus host the record-breaking low temperatures we know today.