0
Add your answer:
Earn +20 pts
What is the hydrosphere of mars?
The hydrosphere of Mars refers to all the water on or near the planet's surface, including liquid water, ice, and water vapor in the atmosphere. Currently, Mars has frozen water ice caps at its poles, as well as water ice and vapor in its thin atmosphere. There is evidence of ancient water flow on Mars, suggesting that liquid water was once present on its surface.
What form is mars water gas liquid or ice?
Mars is a solid rocky planet with a red color from the large amount of iron oxide on its surface. That is why NASA has been able to land unmanned landers there. Do not listen to me. I'm a liar.
What planet surface shows signs of water erosion?
Mars shows signs of water erosion on its surface, including features like valleys, river channels, and delta deposits. These indicate that liquid water flowed on the planet's surface in the past.
Compared to earth what is gravity like on mars?
Gravity on Mars is about 38% of the gravity on Earth. This means that objects on Mars weigh less and individuals would feel lighter compared to on Earth.
What is the surface of Mercury Venus Earth and Mars?
Mercury's surface is rocky with numerous craters and has a thin exosphere. Venus has a harsh environment with a thick atmosphere that traps heat, making it the hottest planet in our solar system. Earth has diverse surface features, including water bodies, mountains, and plains, supporting various forms of life. Mars has a red surface with valleys, volcanoes, and polar ice caps, indicating past water presence.
Is it possible to put water on Mars?
Yes. However, if you were to pour a gallon of water into a bowl on Mars, the water would boil and quickly evaporate because of the very low pressure.
Is there any water on the red planet?
Yes, there is water on Mars but it is believed to be either subsurface (i.e., no lakes, oceans, etc); or tied up as water ice at the poles. The atmospheric pressure and temperature is such that surface liquid water would not exist for very long - it would evaporate or freeze.
How could water be retained on mars without evaporating?
The atmospheric pressure on Mars is so low that liquid water cannot exist there; any liquid would evaporate fairly quickly. The only way to keep water liquid on Mars would be to keep it in a pressurized container.
How much of Mars has water?
Mars has no liquid surface water.
How would a colony survive on mars?
well it would have to have water and if it had water then all the things in the air would probably go away because the water would evaporate making it rain and that will evaporate and so on the sky will get blue er and mars will have a atmosphere and that how but it will take billions of years for all of that to happen so if I'm wrong please someone put something better i hope this helps
How often does it flood on mars?
There is no liquid water on the surface of Mars. The atmospheric pressure is so low and the temperatures are so cold that any water on the surface would freeze and boil at the same time.
What percent of land makes up the planet mars?
100% of the surface of mars is land. There is no surface water on mars
Where can water be found on Mars?
there is frozen water on mars some where under its surface
Where did the water go on Mars?
Scientists believe as time passed, the atmosphere on Mars thinned and the pressure decreased. This caused all the water on the planet to evaporate.
What is the sea surface area of Mars?
Although areas of Mars have the name "mare" (sea), there is no liquid water on the surface of Mars.
What Evidence that mars has water?
The robots sent to Mars have found Water Ice in large quantities on the surface of Mars.
Why do you think Mars does not have liquid water on its surface today?
Mars does not have liquid water on its surface today because the atmospheric pressure is too low for water to remain in a liquid state. Water would either freeze or evaporate due to the thin atmosphere. Additionally, the lack of a strong magnetic field on Mars led to the loss of much of its atmosphere over time, further contributing to the inability to sustain liquid water on the surface.
