It becomes a liquid, think about boiling ice, it becomes water. Then if you heat water, it becomes a gas.
Water because It is first solid its ice then when it melts it is liquid and when it is a gas its water vapor.
Changes in the states of matter occur through processes like melting, freezing, condensation, vaporization, and sublimation. These changes involve the rearrangement of particles at the molecular level due to changes in temperature or pressure. During these transitions, energy is either absorbed or released.
Most materials expand when they are heated. If they are heated enough, they may change from solid to liquid, or from liquid to gaseous forms.
At the basic level, adding heat to object causes predictable changes to the constituent atoms and molecules. The simple answer is that heat causes the atoms in a material to move faster. The kinetic energy of atoms and vibrational energy of a molecule increase with heat. Potential energy due to intermolecular forces, also changes, but that is more complex. There are also other changes in material properties of matter causes by heat. A change of state can occur. Some things melt, ice for instance. Boiling changes water from a liquid to a gas. Chemical changes also occur, for instance when wood is heated, it burns and that is a chemical process. The description of such complexities would be appropriate to a more specific question.
Some materials have multiple solid phases, others do not. It depends on the particular material and also on the temperature and pressure conditions. If you want to know what phases a specific material at a particular pressure goes through as it is heated from temperature X to temperature Y, that would be answerable by looking at a phase diagram for that material, but the generic form cannot be answered.
When a object is heated,E.g ice,chocolate(which is a solid)changes into a liquid state. and if it heated again, it turns into gas. ANSWER by, Krishaa
When a substance is heated, it may undergo physical changes such as melting (solid to liquid), boiling (liquid to gas), sublimation (solid to gas), or expansion when the particles move faster and spread apart. Additionally, some substances might change color, texture, or shape due to the heat affecting their molecular structure.
Not all things melt. Melting occurs when a solid is heated to a point where it changes to a liquid state. There are some substances that do not melt easily or at typical temperatures, such as diamonds and certain types of minerals.
When a mixture is heated, the individual components may start to react with each other, leading to chemical changes such as combustion or decomposition. The physical properties of the mixture can also be altered, such as changes in state (solid to liquid, liquid to gas) or separation of components based on their different boiling points.
After a while, some of the particles move so fast that they break free of the crystal lattice (which keeps a solid solid), and the lattice eventually breaks apart. The solid begins to go from a solid state to a liquid state - a process calledmelting.
Solid objects may melt into a liquid form when they are heated. Liquids may become gases when heated. When objects are combined and heated, they can become new objects altogether, like in cooking.
When matter is heated the particles in the matter gain energy and begin to move or vibrate more depending on the state in which the matter is currently in. If the heat provided is significant enough they can change state too. Hope that was what you were looking for!
Water because It is first solid its ice then when it melts it is liquid and when it is a gas its water vapor.
When molecules are heated, their kinetic energy increases, causing them to vibrate and move more rapidly. This can lead to a change in state from solid to liquid or liquid to gas, depending on the amount of heat applied. In some cases, heating molecules can also cause chemical reactions to occur, leading to the formation of new compounds.
some degrees :-l
Exothermic reactions release heat as they occur, such as combustion, oxidation, and some neutralization reactions. Other physical changes that release heat include processes like freezing, condensation, and deposition.
some times heat lyk ice cubes and fire