Planet Mars

It is basically a kind of honey which is produced by termite-like insects living underground. It has been consumed for many centuries in Ethiopia mainly for its medicinal properties. It has a stronger taste and aroma than bee honey.

Mars lacks a thick atmosphere to provide protection from harmful radiation, has extreme temperature fluctuations, and does not have a sustainable source of liquid water. These factors make it difficult for life as we know it to exist on Mars.

Mars has extremely cold temperatures, with average surface temperatures around -80 degrees Fahrenheit (-62 degrees Celsius). Temperatures can vary depending on location and time of day, but overall, Mars experiences very cold conditions.

Sending humans to Mars is a complex and costly endeavor that poses significant technological, financial, and logistical challenges. Key factors include the safety and health risks of long-duration space travel, the need for sustainable life support systems, the harsh Martian environment, and the need for international cooperation and funding. As technology and understanding of these challenges continue to advance, human missions to Mars may become more feasible in the future.

Hyperspace is theorhetical. The actual science behind it would suggest that the distance to mars is very short - you would probaly get there is a matter of seconds or minutes, or you would be there before you left in actual time (einsteinian law), and when you returned to earth or got to mars anywhere from several years to centuries may have passed.

The Sun is the same color as here on Earth; after all, it is the same Sun shining down on both Mars and Earth. (And Venus, and Mercury, and Jupiter, and....)

However, from a Martian perspective, the sky and Sun have a distinctly reddish tinge - caused by the red dust of the Red Planet. As thin as Mars' atmosphere is, it is never entirely free of dust. Dust storms on Mars are spectacular; we can see them from Earth! In 1976, the scheduled landing of the Viking lander on Mars on July 4th, 1976 (for the Bicentennial) had to be postponed because of planet-wide dust storms that were obscuring the entire surface. They weren't able to land for over 2 weeks, until July 20th (the anniversary of the Apollo 11 landing).

Mars likely lost its liquid water due to a combination of factors such as its thin atmosphere, lack of a global magnetic field, and loss of heat from its interior over time. These factors led to the water evaporating into space or freezing beneath the surface. Today, most of Mars' water is believed to be frozen in polar ice caps or underground reservoirs.

mars is the 4th planet from the sun and it does orbit

The acceleration due to gravity on Mars would be smaller than on Earth. This is because Mars has less mass than Earth, so its gravitational pull is weaker. On Mars, the acceleration due to gravity is about 3.71 m/s^2, while on Earth it is about 9.81 m/s^2.

Yes, it is possible that there are other Earth-like planets in the universe. Scientists have discovered thousands of exoplanets, some of which are in the habitable zone of their star where conditions might support life as we know it. Future missions and advancements in technology may help us identify more Earth-like planets.

When traveling from Mars to Jupiter, you pass through the asteroid belt. This region is located between the two planets and is made up of numerous asteroids orbiting the Sun. Despite its reputation in science fiction, the asteroid belt is quite sparse and easy to navigate through.

Mars and Murrie developed M&M's chocolate candies in 1941. These bite-sized candies quickly became popular due to their colorful candy shell and chocolate center, making them a classic treat loved by many around the world.

A month on Mars, known as a "Martian month," is approximately 687 Earth days long. This is because Mars takes longer to orbit the sun compared to Earth.

Like the moon, all the planets get their apparent brightness by reflecting light towards us from the Sun. At some stages Mars is reflecting more light towards Earth, so it appears to be brighter. Also, sometimes it is closer than at other times, so it appears to reflect more light towards us.

Mars has seasons because its axis is tilted relative to its orbit around the sun, similar to Earth. This tilt causes different parts of the planet to receive varying amounts of sunlight throughout the year, resulting in changing temperatures and weather patterns.

larger and more effective than the U.S army

The planet Mars, being much farther from the sun, and having a very thin atmosphere to live on, has a temperature range from about -225 degrees Fahrenheit (at the polar caps), to 81 degrees Fahrenheit. The Nasa Viking Lander, which stayed in a stationary spot on Mars, recorded -161 Fahrenheit to 1 degree Fahrenheit. The average temperature is -67 degrees Fahrenheit. Lets say that is our location to live. Obviously, with the lack of oxygen, Mars is already uninhabitable. Antarctica the coldest place on earth, has an average temperate of -58 degrees Fahrenheit, and has been recorded to have had a lowest temperature of 128 degrees Fahrenheit. In Antarctica there are research stations which have people living in them throughout the harsh Antarctic winters, at similar temperatures to Mars. So Humans could survive the temperature on Mars, as long as we were living in some sort of protective building that shelters out the cold. However, without some sort of heated protection, Mars would be too cold to live on.

After reentering the Earth's atmosphere, the United States space shuttle lands as if it were a normal plane, using a 12-meter (39ft) parachute and its brakes to slow itself down. More information about the Space Shuttle's reentry and landing can be found here: http://en.wikipedia.org/wiki/Space_Shuttle#Re-entry_and_landing

The Mars Rover was invented by Scientists who wanted to find certain particles on Mars to prove there was life on mars, but not have to send people there (astronauts). The Mars Rover is specially designed to stick a syringe into any random rock and send all the details inside the rock to scientists in their lab. Unfortunately for them, the Rover can only run for 100 metres per day.

365 day's, same amount of days as us because see planets all rotate and,it's an inner planet,which makes it closer to the sun and so its more hot may not believe me because,well,your not a professional scientist,but i am telling the truth,trust me on this one,OK?

John Goran,

Professional Scientist

If you mean their names, they are Phobos and Deimos.

earth is 1.88 times bigger than mars so i guess mars is 1.88 times smaller than earth

Like so many other things, it depends what you mean.

Diameter or volume? Or perhaps you are thinking of "mass".

Anyway here's some data :

Earth diameter: about 7926 miles

Mars diameter : about 4222 miles

That makes Earth about 1.88 times bigger, as the previous contributor wrote.

But in terms of volume Earth is much bigger, because volume depends on the

radius (half the diameter) cubed.

So it's not surprising that the Earth's mass is much bigger too. The mass of

Mars is only about 11% of the Earth's mass.

Astronauts on Mars would face challenges such as dust storms, extreme temperatures, radiation exposure, limited resources (such as water and food), psychological stress from isolation, and the potential health risks of microgravity during the journey. These obstacles would require careful planning and innovative solutions to ensure the safety and well-being of the astronauts.

The most recent rover sent to Mars is Perseverance, which successfully landed on the planet in February 2021. It is part of NASA's Mars 2020 mission and its main goal is to search for signs of ancient life on Mars and collect samples for future return to Earth.