Molecules react depending on their chemical properties.
The negative and positive parts of atoms are attracted to each other.
For example When water molecules get close to each other, they start to "stick" together due to the partial negative charge of the oxygen atom and the partial positive charge of the hydrogen atoms.
because the molecules of oxygen only react at high temperatures
The thermosphere, one of the outer layers of Earth's atmosphere, has high temperatures but does not feel hot to us because of the extremely low density of molecules in this layer. The lack of molecules means that there is not enough matter to transfer heat to our bodies, making it feel cold even though the temperatures are high.
The rate at which antacid tablets react with water generally increases with temperature. Higher temperatures provide more energy to the molecules, leading to faster movement and more frequent collisions between the antacid particles and water molecules. This enhanced interaction accelerates the dissolution process, resulting in a quicker reaction. However, extreme temperatures may also affect the stability of the active ingredients in the antacid.
No, hot water poured into a cup is in liquid form, not a gas. At higher temperatures, water molecules move more quickly and can evaporate into steam, which is the gaseous form of water.
autoionization
because the molecules of oxygen only react at high temperatures
Hot water. Metals become more malleable at greater temperatures.
The thermosphere, one of the outer layers of Earth's atmosphere, has high temperatures but does not feel hot to us because of the extremely low density of molecules in this layer. The lack of molecules means that there is not enough matter to transfer heat to our bodies, making it feel cold even though the temperatures are high.
Cold temperatures generally slow down reaction rates because molecules have less kinetic energy to react with each other. This is in contrast to higher temperatures, which typically increase reaction rates by providing more energy for molecules to collide and react.
It isn't clear what you mean by "these clouds"; but in general, you would expect molecules to "survive" when the temperatures are not too hot.
The temperature of the water can influence the speed of the chemical reactions. In hot water, the molecules have more kinetic energy, leading to faster reactions, while in cold water, the reactions occur more slowly. This difference in reaction rates can cause the solid to react differently in each temperature.
Gases dissolve better in cold water because lower temperatures slow down the movement of water molecules, allowing more gas molecules to dissolve. In contrast, gases dissolve poorly in hot water because higher temperatures increase the kinetic energy of water molecules, making them move faster and reducing the ability for gas molecules to dissolve.
Supersonic flights generate high temperatures, which can lead to chemical reactions in the air. The high-speed flow of air around the aircraft can cause molecules to break apart and react with other molecules in the atmosphere. This can create new compounds, such as nitrogen oxides, which can have environmental consequences.
The thermosphere has very low density of molecules, so even though it has high temperatures, there are very few molecules to transfer that heat to objects such as satellites. This is why satellites can operate in the thermosphere without overheating.
No, not readily, but it will react at high temperatures
Zinc does react with cold water - it just does so very slowly. Steam is water that is very hot and thus as with any chemical reaction, the heat gives the molecules more energy and so they react faster.
they describe the they way the matters can move and react to other things. Some become rigid in hot temperatures.