Planet Mercury

The surface temperature of Mercury ranges from over 400 degrees F. in the daytime to -200 F. (that's below zero) at night. In addition to that, Mercury is constantly bombarded with hard radiation because of its close proximity to the sun and its lack of a strong magnetic field to deflect it. It would be hard to imagine a place much less hospitable to life.

It is not possible for a person to get choked in Mercury, as Mercury is a toxic substance that would quickly lead to poisoning if ingested or inhaled. Mercury is a heavy metal that can cause serious health problems if not handled properly due to its toxic nature.

Spacecrafts studying Mercury have revealed a variety of fascinating findings. Some notable discoveries include its heavily cratered surface, presence of water ice in permanently shadowed craters, a large iron core contributing to its strong magnetic field, and extreme temperature variations with highs of over 800 degrees Fahrenheit.

Mercury has been observed for thousands of years, as early as the time of the Babylonians, who mentioned it in writing some 3000 years ago. The exact person who first discovered the planet has been lost to time, and is therefore indeterminate.

On Mercury, the cold side of the planet can reach extremely low temperatures of around -290 degrees Fahrenheit (-179 degrees Celsius) during the night when it faces away from the Sun. The lack of a significant atmosphere on Mercury means that there is no insulation to retain heat, resulting in wide temperature variations between the day and night sides of the planet.

That period of time is known by the name "day" in the English tongue, although it includes
the intervals of both light and dark. Its duration is 23hours, 56minutes, and roughly 4seconds.

Mercury has an orbital period of 87.969 days. This means that it will take about 88 days here on Earth for Mercury to travel around the Sun once. Since a year is 365.25 days long, it only take 0.24 years for Mercury to revolve around the Sun.

Mercury has the shortest period of revolution around the Sun, at approximately 88 Earth days.

None. Mercury is too close to the sun. Also Mercury doesn't have any rings.

It takes 224.7 earth days for Venus to orbit the sun.

The two reasons why Mars takes longer to orbit the Sun than Mercury are its greater distance from the Sun and its slower orbital speed due to its larger orbit. Mercury is much closer to the Sun and has a shorter orbit around it compared to Mars.

It is impossible to walk around Pluto as it is a distance of around 7.5 billion kilometers and it has extreme cold temperatures. Additionally, the lack of a solid surface and harsh conditions like high radiation levels and low gravity would make walking on Pluto unfeasible for humans.

Mars takes longer to orbit the sun than Mercury because it is farther away from the sun and orbits at a greater distance. This means Mars has a longer path to travel around the sun, resulting in a longer orbital period. Mercury, being closer to the sun, has a shorter path to travel and completes its orbit more quickly.

Mercury can enter the sea through various natural processes like volcanic activity and weathering of rocks, as well as human activities including industrial discharges, coal burning, and mining. Once in the sea, mercury can accumulate in marine organisms like fish through a process called bioaccumulation.

From what I have learned, there has not yet been a robot that explored Mercury from closeup. They see Mercury since it is able to be seen by the naked eye in certain times of the night and day. It can also be seen with a telescope.

So in all:

There has not yet been a robot to explore Mercury from what I know.

I apologize if this is incorrect.

Mercury is a element nicknamed Quicksilver, which is also a liquid element. Mercury was used into making hats and people who worked with Mercury also had a brain trauma because Mercury can do severe damaged to the brain. Sodium is for something.

It can take as long as you want; if we ever get around to building a Beanstalk (aka space elevator) you *could* literally walk up to orbit. The limits are how much stress (in terms of G-forces) your payload can take and how much fuel your rocket can carry (and remember that you need fuel to get that fuel to fly). Although Project Orion proposed using nuclear bombs as propulsion, rather than rockets, but that's not something you want to use in Earth's atmosphere.

Anyway, assuming limitless weightless fuel (which is kind of impossible), a rocket could climb at one inch per second and eventually make orbit; the problem is that in the real world there ain't no such animal.

Short answer: NASA's Space Shuttle typically took eight to ten minutes to reach orbit.

Depends: Mercury has the lowest overall temperatures as night on the planet can reach -173C (-279F). However day time temperatures at the equator reach 426C (800F). Also, a full rotation on Mercury is 58.6 Earth days. Parts of Mercury's polar regions are never exposed to the sun and reach temps below -171C (-276F) during the entire Mercurial day.

For absolute coldest temperatures reached: Mercury wins.

For mean equatorial temperatures:

Mars: -63C (-81F)

Mercury: 67C (152F)

For mean temperatures: Mars wins

Mercury has no satellites.

(That's a lot of languages.)

Alchemists believed that mercury held transformative properties and could be used in the process of transmuting base metals into noble metals like gold. They thought that mercury possessed spiritual qualities and symbolic significance in their quest for enlightenment and the Philosopher's Stone.

The acceleration due to gravity on Mercury is approximately 3.7 m/s², which is about 38% of the acceleration due to gravity on Earth. This is due to Mercury's smaller mass and radius compared to Earth.

It is difficult to provide an exact number of individuals who get mercury poisoning annually as cases can vary widely and not all cases may be reported. Mercury poisoning can occur from various sources such as contaminated food, water, or occupational exposure. It is important to follow safety guidelines and regulations to prevent mercury exposure.

Neptune is about 4.503 x 109 km from the sun. (Semi-major axis)

The Caloris Basin on Mercury was named by scientists after the Latin word for "heat," due to the extreme temperature variations that occur on the planet's surface. This large impact basin is one of the most prominent features on Mercury and was discovered during the Mariner 10 mission in the 1970s.