The physical properties of minerals result from theirtexture and color of streak internal arrangement of atomsdensity and hardnesssize of the mineraldensity and color type of cleavage and hardness

The physical properties of minerals are determined by several factors:

1. Internal Arrangement of Atoms: The way atoms are arranged inside a mineral determines its structure and, consequently, its physical properties. For example, diamonds and graphite are both made of carbon atoms, but they have different arrangements of these atoms, resulting in different properties.

2. Density and Hardness: The density of a mineral is its mass per unit volume, while hardness is a measure of how resistant a mineral is to scratching. Both of these properties are determined by the type and arrangement of atoms in the mineral.

3. Size of the Mineral: The size of a mineral can affect its physical properties. For example, larger crystals of a mineral may have different properties than smaller crystals of the same mineral.

4. Color and Streak: The color of a mineral is the color it appears to the naked eye, while the streak is the color of the powder left behind when the mineral is rubbed against a hard surface. Both of these properties can provide clues to the mineral's identity.

5. Type of Cleavage and Hardness: Cleavage refers to the way a mineral breaks along certain planes, while hardness, as mentioned earlier, is a measure of how resistant a mineral is to scratching. Both of these properties are determined by the mineral's internal atomic structure.