Allotropy can take place in any phase. For example, O2 and O3 are two different allotropes of oxygen. They are both typically gaseous at room temperature
Not necessarily. Nonmetals can exist in different states of matter at room temperature, including solid, liquid, or gas, depending on their specific properties. Examples of nonmetals that are solid at room temperature include sulfur and carbon in the form of graphite.
The molecules in a solid vibrate in place. The molecules of a liquid are moving about.
The bonds between particles are strongest in the solid state of matter. In solids, particles are tightly packed together, leading to strong forces of attraction between them which hold the structure in place.
false because it is a solid
Things are solid because their atoms and molecules are closely packed together, creating a rigid structure that resists changing shape. This tight arrangement allows for the forces between the particles to keep them in place, giving the object its solid form.
The particles in a solid move back and forth in place.
The electromagnetic force is responsible for holding solid objects together. It acts between charged particles in atoms and molecules, creating electromagnetic bonds that keep atoms in place in a solid structure.
i am a scientist. variation dose take place when a solid is turned to a gas.
The physical properties are not mainly based on density. The main difference between a solid and a liquid is that in a solid, the forces between atoms or molecules are strong enough to keep them in place. As a result, the solid keeps its shape. ============================ When a solid melts its density changes a lot. The density is the amount of mass a body possesses per unit volume. In solids all the matter is compacted and crushed in a particular place more than a liquid. Its density varies a lot. And density cannot only be the sole characteristic of physical properties as explained by the former contributor.
The physical properties are not mainly based on density. The main difference between a solid and a liquid is that in a solid, the forces between atoms or molecules are strong enough to keep them in place. As a result, the solid keeps its shape. ============================ When a solid melts its density changes a lot. The density is the amount of mass a body possesses per unit volume. In solids all the matter is compacted and crushed in a particular place more than a liquid. Its density varies a lot. And density cannot only be the sole characteristic of physical properties as explained by the former contributor.
The physical properties are not mainly based on density. The main difference between a solid and a liquid is that in a solid, the forces between atoms or molecules are strong enough to keep them in place. As a result, the solid keeps its shape. ============================ When a solid melts its density changes a lot. The density is the amount of mass a body possesses per unit volume. In solids all the matter is compacted and crushed in a particular place more than a liquid. Its density varies a lot. And density cannot only be the sole characteristic of physical properties as explained by the former contributor.
The physical properties are not mainly based on density. The main difference between a solid and a liquid is that in a solid, the forces between atoms or molecules are strong enough to keep them in place. As a result, the solid keeps its shape. ============================ When a solid melts its density changes a lot. The density is the amount of mass a body possesses per unit volume. In solids all the matter is compacted and crushed in a particular place more than a liquid. Its density varies a lot. And density cannot only be the sole characteristic of physical properties as explained by the former contributor.