What is absorbed mean in science?

The “ absorbed Energy” in a chemical reaction is the amount of energy that is taken up by the products of a reaction. The term is usually used when discussing combustion, which is the reaction between a fuel and oxygen. While the sum of the enthalpy and entropy change are important, the absorbed energy is commonly used to determine the reaction’s feasibility and the efficiency of the conversion of the energy of the fuel into work.

What is absorbed by a sponge mean in science?

A sponge is a porous, water-absorbing animal. It can take in water, allowing it to grow larger and maintain a neutral buoyancy. The porous nature of the sponge allows the sponge to absorb water and other chemicals. The water and chemicals that are absorbed are called the internal environment of the sponge.

What is absorbed mean in photosynthesis?

When plants use the energy from sunlight to produce food, they use what is called photosynthesis. In this process, carbon dioxide and water create a sugar called glucose. A byproduct of this reaction is oxygen. In order to complete this reaction, plants use energy from water. This process of absorbing water is known as water absorption. Water absorption is also one of the processes plants use to cool themselves down. Water absorption allows plants to expel excess heat to the surrounding air, which helps them avoid overheating

What is absorbed mean in science animation?

Think of the way a sponge absorbs water. A wet sponge can absorb all the water in a bucket, but only with the help of a filter. So, to describe absorption in animation, a character’s ability to absorb an external force is dependent on whether or not the character is protected or isolated from the outside world.

What is absorbed by a steel beam mean in science?

If you look at a structural steel beam, you will notice that it has many small holes called holes for reinforcement. These holes are essential for the structural integrity of the beam. These holes are generally round, and are formed as a result of the manufacturing process. The size of the holes is dependent on the thickness of the steel. A thicker steel requires larger holes.