the answer is a catalyst
That is the definition of a catalyst.
When you heat a substance, its kinetic energy increases, causing the particles to move faster and further apart. This leads to an increase in the substance's temperature and potentially a change in state, such as melting or boiling.
As the substance undergoes an increase in temperature, its atomic and molecular activity will also increase. This will result in the particles moving faster and having more energy, potentially leading to a change in state if the substance reaches its melting or boiling point.
to slow down a chemical reaction you use the substance called an inhibitor. to speed up a chemical reaction you use the substance called a catalyst.
When a substance melts, the molecules move more freely and when it freezes, they move more slowly. When a substance boils and becomes a vapor (gas), the molecules again move faster than when in the liquid state, and when the vapor condenses, the molecules move slower.
That is the definition of a catalyst.
The enzyme in saliva is amylase.A catalyst make a reaction happen faster.
The answer is catalyst
Catalyst: a substance which speeds up a chemical change or enables the change to take place at a lower tempature, and is not changed or used up in the reaction.
To make evaporation happen faster, you can increase the temperature of the substance being evaporated, which provides more energy for the molecules to escape into the air. You can also increase air circulation around the substance to remove the evaporated molecules quickly, allowing more molecules to escape into the air.
When you heat a substance, its kinetic energy increases, causing the particles to move faster and further apart. This leads to an increase in the substance's temperature and potentially a change in state, such as melting or boiling.
no there is not
They move freely in all directions (except collisions), no forces between each other
what happen to the heat energy as a substance solidifies
When a substance is heated, the particles gain energy and vibrate faster, causing the substance to expand. As the temperature increases further, the particles can reach a point where they break free from their fixed positions and transition from a solid to a liquid state.
When sound energy meets a new substance, three things can happen: reflection (bouncing off the substance), absorption (being absorbed by the substance and converted into another form of energy), or transmission (passing through the substance). The extent to which each of these occur depends on the properties of the substance and the frequency of the sound wave.
As the substance undergoes an increase in temperature, its atomic and molecular activity will also increase. This will result in the particles moving faster and having more energy, potentially leading to a change in state if the substance reaches its melting or boiling point.