When a pure solid substance is heated, it can undergo a chemical reaction or phase change that results in the formation of another solid and a gas. This process often involves breaking chemical bonds and rearranging atoms, leading to the creation of new compounds. The gas produced may be a result of sublimation, decomposition, or a reaction with the surrounding environment. Each of these processes reflects the fundamental principles of thermodynamics and chemical reactions.
When a solid, liquid , or gas is dissolved in another substance, the result is a solution.
A substance that turns into a solid after heating is typically a liquid or gas at room temperature. When heated, the molecules within the substance gain energy and move more rapidly, causing them to lose their ability to flow freely and form a solid state. This process is known as solidification or freezing.
What happens would depend on what sort of matter you are stirring in.
Heat affects the properties by speeding up the particles and providng them with more energy. As they heated the bounce off one another and expand the solid. When it's cold, The particles have less energy and don't move as much, This results in contraction and the solid shrinks. Basically, Heat ---> expansion Cooling -----> contraction
When a fluid or semi-solid is heated, the molecules within the substance gain kinetic energy and move more rapidly. This increased motion causes the substance to expand, decrease in viscosity, and potentially change phase (e.g. from solid to liquid, or liquid to gas). Heating also influences chemical reactions within the substance, such as accelerating decomposition or evaporation.
A substance in the solid phase will typically expand when heated. Most substances when heated sufficiently will melt into a liquid, assuming that they do not combust or sublimate.
A graph showing the change in temperature of a substance as it is heated will typically show an initial increase in temperature as heat is added, followed by a plateau where the substance changes phase (e.g., from solid to liquid), and then another increase in temperature. The specific shape of the graph will depend on the properties of the substance being heated.
Yes, they have tiny bonds that when the substance is heated break and the substance forms a liquid.
solid to gas
you freeze the substance in a FREEZER
When a solid, liquid , or gas is dissolved in another substance, the result is a solution.
The process of solid to liquid is called melting. This occurs when a solid substance is heated to its melting point, at which the solid transitions into a liquid state.
Melting is the process in which a solid substance changes to a liquid state as it is heated. This change occurs when the substance's temperature reaches its melting point, at which the intermolecular forces holding the solid structure together weaken, and the solid turns into a liquid.
A substance that turns into a solid after heating is typically a liquid or gas at room temperature. When heated, the molecules within the substance gain energy and move more rapidly, causing them to lose their ability to flow freely and form a solid state. This process is known as solidification or freezing.
What happens would depend on what sort of matter you are stirring in.
Nobody has any idea of what you are talking about...
Heat affects the properties by speeding up the particles and providng them with more energy. As they heated the bounce off one another and expand the solid. When it's cold, The particles have less energy and don't move as much, This results in contraction and the solid shrinks. Basically, Heat ---> expansion Cooling -----> contraction