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What else can I help you with?
Would a Jupiter freeze or burn on Jupiter?
A Jupiter wouldn't freeze or burn because they are the exact same temperature.
What would happen if you were to step on Uranus?
First, I think you would freeze to death. If you were wearing a climate-controlled spacesuit, you would not be able to step on Uranus, because its outer layer is gaseous, not solid. As you fell through the atmosphere, you would either burn up or be crushed by its pressure before you hit its liquid core; I don't know which would occur first.
Would a person ease freeze burn up float or something else on mars?
You'd be fine on Mars, as long as your habitat is properly sealed. In the open without a space suit, you'd suffocate for lack of air, and your body would freeze; or more precisely, "freeze-dry", because the atmospheric pressure is only a couple of percent of Earth's, and the temperature is almost always near or below freezing.
Would a person freeze or burn on mercury?
A person would not freeze or burn on the surface of mercury in the traditional sense, as mercury is a liquid metal at room temperature. However, exposure to mercury can be extremely hazardous due to its toxic properties. If a person were to come into contact with mercury, they could suffer from mercury poisoning rather than freezing or burning. Additionally, mercury's high density means that a person would not sink into it as they would in water, but rather float, which could lead to other dangerous situations.
Is earth can float with ease freeze and burn up?
Earth cannot "float" as it is a massive planet held in place by gravity, but it does orbit the Sun in space. It experiences extreme temperatures, ranging from freezing in polar regions to intense heat in deserts, but it does not "burn up" as it is a solid body. However, human activity can lead to environmental changes, such as global warming, which can affect the planet's climate and ecosystems. Thus, while Earth endures a range of temperatures, it maintains its structure and stability through gravitational forces.
Would someone freeze or burn up on the atmosphere of uranus?
Freeze.
Would a Jupiter freeze or burn on Jupiter?
A Jupiter wouldn't freeze or burn because they are the exact same temperature.
Would you burn up on Pluto?
no you would probibly freeze.
What would happen if you were to step on Uranus?
First, I think you would freeze to death. If you were wearing a climate-controlled spacesuit, you would not be able to step on Uranus, because its outer layer is gaseous, not solid. As you fell through the atmosphere, you would either burn up or be crushed by its pressure before you hit its liquid core; I don't know which would occur first.
Would Mars burn up or freeze?
Assuming they were protected from other hazards such as asphyxiation, a person would freeze to death on Mars.
Would someone on mars freeze or burn up?
freeze
What would happen if they travled to Saturn?
i think they would choke, freeze or burn up.
Would person burn up or freeze mars?
Assuming they were protected from other hazards such as asphyxiation, a person would freeze to death on Mars.
Would a person ease freeze burn up float or something else on mars?
You'd be fine on Mars, as long as your habitat is properly sealed. In the open without a space suit, you'd suffocate for lack of air, and your body would freeze; or more precisely, "freeze-dry", because the atmospheric pressure is only a couple of percent of Earth's, and the temperature is almost always near or below freezing.
Would a human burn on Mars?
no, actually they will freeze! Mars is really cold.
What birds could survive on mars?
None. Birds need oxygen, as do we. Plus, the lack of an atmosphere on Mars would cause them to freeze, burn, and suffocate at the same time. The side facing the sun would burn, and the other side would freeze.
Would a person freeze or burn on mercury?
A person would not freeze or burn on the surface of mercury in the traditional sense, as mercury is a liquid metal at room temperature. However, exposure to mercury can be extremely hazardous due to its toxic properties. If a person were to come into contact with mercury, they could suffer from mercury poisoning rather than freezing or burning. Additionally, mercury's high density means that a person would not sink into it as they would in water, but rather float, which could lead to other dangerous situations.
