The appearance or quality of light reflected from the surface of a mineral is known as luster.
In mineralogy, luster refers to how a mineral surface appears in terms of its capacity to reflect light. The degree of transparency, diaphaneity, and structure of a mineral all affect its luster.
A mineral's ability to reflect light is referred to as luster. The first step in identifying a mineral is to measure it. Always examine a brand-new surface for luster; you might need to remove a tiny amount of material to reveal a clean sample. Metallic luster, which is extremely reflective and opaque, to dull luster (non-reflective and opaque.)
Mineralogists use the physical characteristic of luster to identify minerals. A mineral's luster defines how its exterior reflects light and how its inside may bend or refract light. Some minerals have a metallic sheen, while others don't.
A mineral reflects light by having a luster. The two main categories of luster are described by the labels metallic and nonmetallic. The most popular words for luster are shown in Table 7, along with an illustration of a comparable mineral. Some minerals are described as "earthy," "chalky," or "dull" because they lack luster.
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Answer:
When you're stressed??
Explanation:
i don't really know I never learned this, but I hope this helps
Answer:
<em><u> One-fourth of an inch long</u></em>
Explanation:
I hope that helps!!! :)
Near the equator cause if you go to far south then it starts getting colder
Through evolution studies,
Charles Darwin realized blending wasn't of major importance in inheritance.
But hear me out, because I
believe none of the above would be the answer if it was one of the choices
because Mendel was the one who realized inheritance was particulate, not blended
but his experiments were in breeding plants, not evolution studies.
However, Darwin later tried to come up with a particulate conception of
inheritance but his was wrong.
