That property is called cleavage or fracture, depending on how the mineral breaks.
The property that describes how minerals interact with light is known as "luster." Luster refers to the way light reflects off a mineral's surface, and can be described as metallic, glassy, pearly, silky, dull, or earthy.
The property that describes a mineral's surface shines is called luster.
The property that describes how a mineral's surface shines is called luster. Luster refers to the appearance of light reflected off a mineral's surface, and can be categorized as metallic or non-metallic.
Luster is not a good property for identifying minerals because many minerals look similar. Your best way of knowing which mineral is which is by measuring their hardness.
Chemical Property
In minerals, fracture refers to the way a mineral breaks when subjected to stress. Fracture can be either conchoidal (smooth and curved) or uneven (rough and irregular). It is a useful property for distinguishing between minerals.
The property that refers to the way light bounces off a mineral is known as luster. Luster describes how light reflects off the surface of a mineral, which can range from metallic to non-metallic in appearance.
Chemical and physical properties
Mica has a unique structure that is made up of layers of silicate minerals. These layers are arranged in such a way that they are weakly bonded together, allowing mica to easily be split into thin parallel sheets. This property is known as basal cleavage.
When minerals do not display cleavage, they are said to have a fracture. Fracture describes the way a mineral breaks when it does not have cleavage planes. This can result in irregular or random patterns of breakage.
Sell it and split the profits.
Yes, shiny minerals have a metallic luster due to the way light is reflected off their surfaces. This luster is a physical property of minerals, indicating their metallic appearance. Examples of minerals with metallic luster include pyrite, galena, and hematite.