3 States of Water: Solid, Liquid and Gaseous [New]

Usually, we all know water exists in three different states of water. Thus they were solid, liquid, and gaseous. For instance, if you have been taken a look, the clouds, rain, and snow were made up of water. Right?

Like in brief, rain looks in terms of liquid water. Cloud is comprised of many ice crystals or tiny droplets. While getting back towards gas it is considered as water vapor.

States of Water Solid, Liquid and Gaseous

Hence if the air is described as moist then let me tell you the air is filled with large/ huge amounts of water vapor. Anyway, to give you more idea about the states of water and its significance, you are suggested to go through the below contents now itself.

States of Water: Solid, Liquid, and Gaseous

Pure water is tasteless, odorless, and colorless. Water can be in three states: solid (ice), liquid, or gaseous (vapor). Clouds, snow, and rain are made up of some form of water. A cloud is made up of tiny drops of water and/or ice crystals, a snowflake is an aggregate of many ice crystals, and rain is just liquid water.

Solid water ice is frozen water. When water freezes, its molecules separate further, making ice less dense than water. This means that the ice will be lighter than the same volume of water, so the ice will float on the water. Water freezes at 0 ° Celsius, 32 ° Fahrenheit.

The liquid water is moist and smooth. This is the form of water that we are most familiar with. We use liquid water in many ways, including for washing and drinking.

The water and gas: steam is always present in the air around us. You can’t see it. When you boil water, the water changes from liquid to gas or steam. As some of the water vapors cool, we see it as a small cloud called vapor. This vapor cloud is a mini-version of the clouds we see in the sky. At sea level, vapor forms at 100 ° Celsius, 212 ° Fahrenheit.

examples of gas form of water

Water vapor sticks to small pieces of dust in the air. Forms raindrops in warm temperatures. In cold temperatures, it freezes and forms snow or hail.

When we refer to the amount of moisture in the air, we are actually referring to the amount of water vapor. If the air is described as “humid,” that means that the air contains large amounts of water vapor.

Water Phases Experiment

1. Dry your hands with a towel. Feel your palm. Is it wet or dry?

2. Keep your hand in front of his mouth about 3 cm away. Breathe out slowly about 8 times into the palm of your hand. Don’t blow. When you’re done, feel your palm. How does it feel Is it wet or dry?

Your palm should have felt wet. That wet sensation was water vapor. Remember that we exhale water vapor. If you have a dog or a cat, you can feel the water vapor that they exhale.

Try this with a mirror. Watch the water droplets form in the mirror. The water vapor you breathed out is now turning into liquid water in the mirror. Why?

Let’s see why… What happens to water when it changes from a solid to a liquid to a gas?

Changes from a solid to a liquid to a gas or from a gas to a liquid to a solid are called phase changes.

When substances like water change phase, their physical properties change, but not their chemical properties. Melting, freezing, condensation, and evaporation are examples of phase changes.

The phase of a substance depends on temperature and pressure. Water molecules change in each phase. Molecules in solid water clump together and in the gas they separate.

The New State of Water?

We are taught from an early age that water can exist in three different states as shown below image, but an international team of scientists has recently found signs that liquid water could actually come in two different states.

4 forms of water

The researchers were surprised to discover that a number of physical properties of water change its behavior between 50ºC and 60 ℃. This sign of a potential shift to a second liquid state could spark a heated discussion in the scientific community. And, if confirmed, it could have implications for a wide variety of fields, including nanotechnology and biology.


Hopefully, the information shared above is crystal clear. If any doubts, mention them in the comment section. We will help and clear it out. Anyways, keep in touch with the best water purifier reviews and learn the needful information shared over this site.

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