Nuclear fusion is a process that occurs at extremely high temperatures and involves the merging of atomic nuclei to release energy. It is not in a specific state of matter like gas, liquid, or solid, as it involves the transformation of matter at the atomic level.
Solid solutions are common in materials science, where two or more elements form a homogeneous mixture at the atomic level. Examples include alloys like steel (iron and carbon) and brass (copper and zinc). They exhibit unique properties such as increased strength or corrosion resistance compared to pure metals.
I want to know what the atomic mass of tellurium is......... It has not answered my question and I would like to know the answer....
There would be no life as we know it, probably little or no atmosphere, and no geological processes.
Two or more substances that are evenly mixed at the atomic level but not bonded together are called mixtures. Examples include solutions (like saltwater), suspensions (like muddy water), and colloids (like milk). These mixtures do not form chemical bonds between components but can be separated via physical means.
A coin is not a solid solution as it is typically made of multiple solid components mixed together. A solid solution is a homogenous mixture of two or more substances at the atomic or molecular level. In the case of a coin, the combination of metals like copper, zinc, and nickel would not form a solid solution.
Nuclear fusion is a process that occurs at extremely high temperatures and involves the merging of atomic nuclei to release energy. It is not in a specific state of matter like gas, liquid, or solid, as it involves the transformation of matter at the atomic level.
The atomic level is the finest grain of aggregation summarized by a dimensional data model. When applied to dimensions, the atomic level refers to the discrete values the dimension may assume. When applied to a dataset, the atomic level is the cell created by the intersection of all dimensions at the atomic level. The atomic level is the lowest level of detail normally stored in a multi-dimensional database.
its amorphous solid because it dosent have a regular pattern, plus it dosent need to bend to be amorphous its just like rubber answer by basil
39.948 is the atomic weight of Argon. I hope this helps!
Solid solutions are common in materials science, where two or more elements form a homogeneous mixture at the atomic level. Examples include alloys like steel (iron and carbon) and brass (copper and zinc). They exhibit unique properties such as increased strength or corrosion resistance compared to pure metals.
I want to know what the atomic mass of tellurium is......... It has not answered my question and I would like to know the answer....
Atomic diffusion refers to the process where the random thermal agitation of atoms in a solid results in the net transport of atoms. An example would be helium gas escaping from a balloon, which causes it to deflate.
No, wax is not a crystalline solid. It is an amorphous solid, meaning it does not have a regular and repeating atomic structure like crystalline solids. Wax molecules are randomly arranged, giving it a more disordered and amorphous nature.
An alloy is a solid solution composed of two or more metals. It is not a colloid or suspension as it does not have separate phases like in colloids or suspensions where particles are dispersed in a medium. In an alloy, the atoms of different metals are mixed at the atomic level, forming a homogeneous mixture.
if rubber was a liquid it would be like water, if it was a gas it would be like steam, if it was a plasma you wouldn't be able to get anywhere near it without dieing therefore it must be a solid :-)
Amorphous solids do not have a regular repeating structure at the atomic level, resulting in a lack of long-range order, while crystalline solids have a well-defined, repeating atomic arrangement. Amorphous solids exhibit properties like isotropy and lack a sharp melting point, in contrast to crystalline solids that have distinct melting points and crystal structures.