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Crystalline
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Which kind of solid has a regular repeating arrangement of atoms?
A crystal.
What kind of a solid has a regular repeating arrangement of atoms?
Crystalline
What kind of solid has regular repeating arrangement of atoms?
Crystalline
What kind of solid has a regullar repeating arrangement of atoms?
This is a crystalline solid.
When atoms are organized in repeating pattern's they generally make a?
That's kind of vague, but I'm thinking you mean a crystal.
What kind of crystalline solid is nickel?
Nickel is a metallic solid in the group of transition metals.
What is the difference between solid and liquid is the kind of atoms in the material?
The atoms in a solid are in a tighter formation that as they are in a liquid. In a liquid, They are loose and have the ability to pour.
What kind of solid holds it shape even though its particles do not have an orderly arrangement?
amorphous
What kind of solid is a snowflake an example of?
A snowflake is an example of a crystalline solid. It forms when water vapor in the air freezes into ice crystals with a specific geometric arrangement.
What kind of crystalline solid is MgCI2?
MgCl2 is an ionic crystalline solid, with magnesium (Mg) ions carrying a 2+ charge and chloride (Cl) ions carrying a 1- charge. In this compound, magnesium ions are surrounded by 6 chloride ions and chloride ions are surrounded by 3 magnesium ions in a regular arrangement.
What special kind of solid do all minerals form?
Minerals form a special kind of solid called a crystalline solid. This means that the atoms within the mineral are arranged in a specific, repeating pattern that gives the mineral its unique structure and properties.
Is it true that the primary difference between a solid and a liquid is a kind of atom in the material?
No. The difference between a solid and a liquid are theorganization and energies of the molecules (or atoms) present. For instance, water (H2O) can be found as a solid (ice), liquid (water from your sink), or gas (steam). All of these are H2O. They differ only in the amount of energy in each state (gas > liquid > solid) and organization of the molecules (spread out -vs- packed together).
