The arrangements of atoms and molecules give matter properties. Each arrangement is called a ''state of matter". A solid is matter that has a definite shap and takes up a definite amount of space.
Vintage Magnet Student
4th Grade
Mrs.Bhattacharyra
Room 28
The atoms in an iron are arranged in way were they are not able to slide, there are bigger and smaller atoms. This makes the iron hard.
this is true, and one way these molecules are affected is by changes in temperature. these molecules are also affected by pressure. you can literally press water back into ice; the same way you can lower the temperature until it freezes. oh and the space in between these molecules plays a big role as well.
Yep. That is true.
Although the debate over the classification of glass as a solid or supercooled liquid is ongoing, current consensus among scientists is that glass should be considered an amorphous solid rather than a supercooled liquid. The atoms in glass are arranged in a rigid structure, similar to a solid, but lack the long-range order found in true crystals.
true
true
False. A beef steak is not an example of a crystalline solid. Crystalline solids have a regular and ordered arrangement of atoms or molecules, whereas the structure of a beef steak is more complex and heterogeneous.
True.
No, in solid wax the molecules are closely packed and in a fixed position, while in liquid wax the molecules are more spread out and can move around freely. This difference in molecular arrangement is what gives solid wax its rigidity and liquid wax its fluidity.
false
The atoms in an iron are arranged in way were they are not able to slide, there are bigger and smaller atoms. This makes the iron hard.
Yes, this is true.
True. Atoms in a gas have higher kinetic energy and move more rapidly than atoms in a liquid or solid due to the greater distance between them and the weaker intermolecular forces present in gases. This leads to gases having more freedom of movement compared to the more constrained motion of atoms in liquids and solids.
this is true, and one way these molecules are affected is by changes in temperature. these molecules are also affected by pressure. you can literally press water back into ice; the same way you can lower the temperature until it freezes. oh and the space in between these molecules plays a big role as well.
True. Atoms can form bonds with each other through the attraction between their electrons, resulting in the formation of molecules.
Yep. That is true.
Although the debate over the classification of glass as a solid or supercooled liquid is ongoing, current consensus among scientists is that glass should be considered an amorphous solid rather than a supercooled liquid. The atoms in glass are arranged in a rigid structure, similar to a solid, but lack the long-range order found in true crystals.