Yes. This is due to the face-centred cubic lattice structure of the crystals which have a cubical unit cell.
Crystals of sodium chloride are cubic, but this refers to their microstructure. A larger scale crystal of sodium chloride can have almost any shape.
I asume you mean indicate. The shape of a crystal is exactly the same shape as the ions, metalic bonds, or molecules. Salt (sodium Chloride) ions are arranged in a cube stucture, resulting in cubic crystals. The hydrogen bonds in water, when frozen, form hexagonal patterns, which is why every snowflake has six sides.
cubes, very small cubes
what is the difference between an cubic and a tetragonal crystal
Salt crystals have cubic shapes because they are formed with ionic bonds which creates positive and negative ions, which attract. Because these ions are polar(positive and negative) they connect in a repeating pattern which results in a cubic shape.
White (colorless) cubic crystals.
Table salt is cube shaped while epsom salt (type of salt) is prism shaped.
The crystallization structure of sodium chloride is face-centered cubic.
Halite forms cubic crystals.
Fluorite belongs to the same crystal system as salt - the cubic (also known as the isometric) crystal system.
It was formed in a cubic shape that was discovered by Bob in 1827. Wisecracker noticed its cubic geometric shape and formalized it in 1831.
From eating too much sugar.
internal arrangement of atoms
Face-centered cubic crystalline structure.
Crystals of sodium chloride are cubic, but this refers to their microstructure. A larger scale crystal of sodium chloride can have almost any shape.
Sodium chloride crystals are face-centered cubic.
Pyrite is in the cubic/isometric crystal system where three axes running through the center of the crystal are of equal length and form an angle of 90 degrees at intersection.