Condensation - Definition, Examples, Process, FAQs

Condensation - Definition, Examples, Process, FAQs

Edited By Team Careers360 | Updated on Dec 17, 2024 10:35 AM IST

Condensation is a phenomenon we experience every day. Condensation is the process in which the water vapor is converted into gaseous form in the air. When the temperature is very high. There are small bunches of water on the mirror when you touch the mirror. How has this fog evolved? From where have these water beads come? That is Condensation. For example, When the bathroom cools down after a hot shower, the air falls and the water vapor falls into the cold mirror. Thus, the water vapor condenses and forms water that is liquid on the mirror surface.

Condensation - Definition, Examples, Process, FAQs
Condensation - Definition, Examples, Process, FAQs

Definition of condensation

  1. Condensation is the process of converting gas into a liquid.
  2. The reaction in which two molecules combine and lose water is called condensation.
  3. Condensation is defined as removing heat from the system and turning steam into liquid.

Examples of Condensation:

The Condensation examples are

  1. Clouds in the sky
  2. Visible breath in cold conditions.
  3. Fog in the air

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What is a condensation reaction?

The condensation reaction combines two molecules into one molecule, usually with the loss of a small molecule, such as water.

The basic process of condensation

Water condensation occurs when water transforms its phase from gaseous to liquid or crystal form. Every gas can condense at high pressure and low temperature. The condensation process can technically take place at any temperature, as long as the gas's liquid State is below the condensing gas pressure. In the process of condensation, the molecules in matter slow down because heat energy is removed which changes the matter into a solid state, that is, it causes changes in the three states of matter.

A condensation reaction is a chemical reaction that combines two molecules to form a larger one with a water molecule. Alcoholics and many other molecular reactions to condensation often occur in living organisms.

  • The hydrogen and hydroxide taken from a condensation reaction originate out of different molecules, while the H and OH removed come from the same molecule in the dehydration reaction.
  • The H is removed from an electronegative atom in the condensing reaction, whereas the H is removed from a C atom in the dehydration reaction.
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Condensation of the water cycle

  • For the water cycle, condensation is important because it is responsible for cloud formation.
  • Water vapor in the air causes the formation of clouds that eventually fall in the form of rain.
  • The movement of water molecules is responsible for this phase of water change among solid, liquid, and gas.
  • In vapor form, water molecules in relation to the fluid are arranged randomly.
  • As condensation occurs, water molecules develop more organized, leading to the transfer of heat from the vapor state to the liquid state in the atmosphere.
  • This usually occurs with warm air up and cool down in the atmosphere.

Let us look into the condensation picture:

Condensation of the water cycle

The atmosphere must be completely saturated to cause condensation (to reach maximum vapor pressure). Usually, the dust particles or smoke, or microscopic bacteria are condensed. The water cycle plays a very important role and thus helps to maintain the environmental water balance. Scientists and engineers also use it for the separation of mixtures and the production of pure materials in various industrial processes.

Condensation in Organic Chemistry

This is a reaction in which two molecules form one molecule. Usually during the condensation reaction a small molecule, most of which is water, is removed. Amino Acids are biological molecules containing a functional amine group on one end of the molecule and a functional amine group on the other. Two amino acids can be combined with a covalent bond between the first amino acid amine nitrogen and the second amino acid carboxyl carbon in a condensation. This forms a water molecule that is removed during the condensation process.

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Frequently Asked Questions (FAQs)

1. What are the different forms of condensation?

The different forms of condensation are:

  1. Fog

  2. Cloud

  3. Mist

  4. Dew

2. What causes condensation?

Condensation is primarily caused by the cooling of air. When warm air rises and meets cooler surfaces or air, its temperature drops, and the moisture within it condenses into liquid. Common occurrences include dew forming on grass in the morning and water droplets on a cold glass.

3. What is water condensation?

Condensation is the water vapour process that turns back into liquid water, with these huge fluffy clouds floating over your head as the best example. When the water droplets come together in clouds, they get heavy enough to rain on your head.

4. What bond is formed in condensation reaction?

A peptide bond is created in combination with the amino group of the other molecule by the carboxyl groupset which releases a water molecule (H2O). This is a condensation process between the amino acids (also known as a dehydration process).

5. Give examples for condensation reaction?

The condensation reaction examples are listed below:

  1. Acyloin condensation

  2. Aldol condensation

  3. Esterification

  4. Doebner–Miller reaction

6. Where does condensation commonly occur?

 Condensation occurs in various places, including:

  • On the outside of cold beverage containers
  • On windows during cold weather
  • In bathrooms after hot showers
  • On mirrors
  • In kitchen areas when boiling water is present
7. Is condensation the same as precipitation?

No, condensation and precipitation are not the same. Condensation refers to the process of water vapor turning into liquid, while precipitation involves water falling from the atmosphere to the earth in forms like rain, snow, sleet, or hail.

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Questions related to

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Correct Answer: Nylon 66


Solution : The correct option is Nylon 66.

The polymer formed by the reaction of hexamethylene diamine with adipic acid is known as "Nylon 66". It is a synthetic polyamide made up of repeating units produced from these two monomers. Nylon 66 is well-known for its strength, durability, and wide range of uses, which include textiles, industrial products, and engineering components. The reaction can be represented as follows: Hexamethylene diamine + Adipic acid → Nylon 66 + Water.

Correct Answer: Terephthalic acid


Solution : The correct answer is Terephthalic acid.

Ethylene glycol and terephthalic acid are combined in a condensation reaction to create terylene, often known as polyester. Water molecules are eliminated during this reaction as the two monomers join together to form a polymer chain.

Correct Answer: burning Deuterium in oxygen


Solution : The correct option is the burning of deuterium in oxygen.

Heavy water, or deuterium oxide (D2O), is produced by burning deuterium in oxygen. Burning deuterium (a heavy isotope of hydrogen) in oxygen-containing air can result in the production of heavy water (D2O). The chemical process for deuterium combustion in the presence of oxygen may be expressed as 2D2 + O2 → 2D2O.

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