Of course, it is possible !
Liquid nitrogen can cause water to freeze instantly when pumped into it. Liquid nitrogen has a very low temperature of -320°F (-196°C), causing the water to freeze rapidly upon contact.
The time it takes for liquid nitrogen to freeze 1 cubic foot of ocean water would depend on various factors including the initial temperature of the ocean water, the volume of liquid nitrogen added, and the surrounding conditions. Typically, liquid nitrogen is extremely cold at around -320°F and would quickly freeze the water upon contact.
It depends on how much water, how hot it is, and how much liquid nitrogen there is. The water will initially cause the liquid nitrogen to boil; if there's enough water and it's hot enough, it may make the nitrogen boil explosively. However, if there's enough nitrogen, it will eventually freeze the water.
Liquid nitrogen has a very low temperature of around -196°C, which is much colder than the freezing point of water. When an object is submerged in liquid nitrogen, its high thermal conductivity quickly transfers heat away from the object, causing it to freeze rapidly. This rapid cooling process can solidify or freeze objects almost instantly.
No. Firstly liquid nitrogen has a boiling point of 77K. That's -196degrees Celsius, which will freeze all water in contact with it. Not only will the roots not be able to take up water from the soil, water within the plant cells will also freeze, damaging the roots. Secondly, liquid nitrogen will vaporize rapidly when exposed to the environment, which is at room temperature. This means that when liquid nitrogen is poured into the soil, it is not different from the plant absorbing nitrogen in the form of gaseous nitrogen. Thirdly, nitrogen uptake is best facilitated in the aqueous form, ie. dissolved in water in the form of nitrate or ammonium ions. Liquid nitrogen/gaseous nitrogen do not dissolve very well in water.
Liquid nitrogen can cause water to freeze instantly when pumped into it. Liquid nitrogen has a very low temperature of -320°F (-196°C), causing the water to freeze rapidly upon contact.
No. The wind is composed of a small amount of water vapor and about 20% oxygen and about 80% nitrogen. The water vapor may freeze but the oxygen and the nitrogen cannot freeze at the temperature of liquid nitrogen. Oxygen has a much lower freezing point than liquid nitrogen and if the nitrogen were to be frozen, liquid nitrogen is not cold enough to freeze it...sort of like trying to make ice using cold water.
The time it takes for liquid nitrogen to freeze 1 cubic foot of ocean water would depend on various factors including the initial temperature of the ocean water, the volume of liquid nitrogen added, and the surrounding conditions. Typically, liquid nitrogen is extremely cold at around -320°F and would quickly freeze the water upon contact.
If it contained any liquid, it would freeze. If it did not contain any liquid, it would get VERY cold.
liquid nitrogen will not freeze everything. Hydrogen and helium will remain a gas when exposed to liquid nitrogen.
It depends on how much water, how hot it is, and how much liquid nitrogen there is. The water will initially cause the liquid nitrogen to boil; if there's enough water and it's hot enough, it may make the nitrogen boil explosively. However, if there's enough nitrogen, it will eventually freeze the water.
About the temperature of dry ice. It is the same as putting frozen water (ice) in a glass of water. The temperature of the ice and water will be about equal to the freezing point of water. Alcohol is used because it has a freezing point lower than H2O, if you put dry ice in water everything will freeze.
only in imaginationland
As a general rule, liquids don't freeze things. But the gas, Liquid Nitrogen, can freeze things.
One way to instantly freeze water is by placing it in a container and then spraying it with compressed air or a substance like liquid nitrogen, which has a very low temperature. This rapid cooling causes the water to freeze quickly.
Liquid nitrogen has a very low temperature of around -196°C, which is much colder than the freezing point of water. When an object is submerged in liquid nitrogen, its high thermal conductivity quickly transfers heat away from the object, causing it to freeze rapidly. This rapid cooling process can solidify or freeze objects almost instantly.
If you dip them into liquid nitrogen (LIN) they will freeze instantly.