The inter molecular hydrogen bonding between oxygen and hydrogen of different water molecules results in the liquid state of water
The polar properties of water give it such a high specific temperature.
To change from a gas into a liquid you must cool the substance. For example: water vapour to water.
At standard temperature and pressure, there aren't 20 liquid elements. The only one would be mercury and bromine. If you change the temperature and pressure appropriately, any of the elements could conceivable be a liquid.
Water is a compound - H2O.
Melting point is when ice (solid), for example at room temperature, turns into water (liquid). Boiling point is when the melted water is heated until it boils and starts to bubble and give off steam - getting hot enough to scald.
Almirah is a solid at room temperature, because it will only be liquid at its melting point and the room temperature is not its melting point.
It would vary depending on the liquid you are measuring. Water for example, 16.9 oz of water weighs one pound give or take a little for temperature.
its too cold on mars. That's one reason. Also there's no liquid water or oxygen. That's three reasons.
A liquid (water) takes on the temperature you give it. You need to boil the water if you want to brew a cup of tea. Having brewed your cup of tea, it will take on the shape of the cup you use. Therefore, gas and liquids take on the shape of the container.
Water.
The polar properties of water give it such a high specific temperature.
The answer is that the temperature a substance freezes is also its melting point. Water freezes at 0 degrees Celsius into ice and if you heat ice up to 0 degrees Celsius it MELTS to give you water. Evaporation is the change from liquid to gas and condensation is the change from gas to liquid (for water this happens at 100 degrees Celsius).
This is not a cut and dry answer. The temperature that water evaporates to a gas and conversely condenses to a liquid is dependent on air pressure. Liquid boiling points can also be affected by impurities in the liquid, depending on the concentration of impurities. Thus in a pressure cooker water boils at a much higher temperature that it would under normal atmospheric pressure. This is also why you can't make a decent cup of tea on the summit of Everest because water boils at about 71 degrees Celsius at that reduced atmospheric pressure. So it is impossible to give a specific figure for this question.
No, it does not burn, it is not flammable.It may give a person a burn depending on its temperature.
because liquid mixes in food and water to dissolve
The temperature of water is so variable, that it is impossible to give an answer.
To change from a gas into a liquid you must cool the substance. For example: water vapour to water.