Some minerals will glow in UV light; these minerals are called fluorescent minerals. Some minerals may continue to glow after the UV light is removed; these minerals are called phosphorescent.
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There is a form of phosphorus ("white phosphorus") that emits a faint glow when exposed to oxygen because of a chemical reaction taking place on its surface. So, the answer is "yes, phosphorus does glow in the dark" but only certain types of phosphorus, and only if the darkened room its in has oxygen in it. =)
That depends on its luster how the light reflects it. Basically if it is metallic or nonmetalic
Fluorinated halides
Yes, after exposition to a radiation.
mineral
Mineral
A jade is actually both a mineral and a rock.
Jupiter does not produce light. It does, however, reflect a lot of the sunlight that reaches it's surface. The amount of light that a planet's surface reflects is call it's albedo, and it's expressed as a value between 0 (nothing reflected) to 1 (100% of light is reflected). Jupiter has an albedo of 0.34, which may seem small compared to Venus's albedo of 0.9, but since Jupiter has a substantially larger surface area than Venus, what it lacks in reflectiveness it makes up for in size.
mineral
It is a sedimentary rock
luster is how a rock or mineral feflects light on it's physical appearance
mineral
That's right. But the sun shines on them and lights them up. The same reason you can see a rock in a dark room when you shine a flashlight on it, even though the rock does not produce light.
Mineral
It could be foliated metamorphic rock or sedimentary rock, depending on its mineral makeup and method of formation.
if you mean "luster" then it is the way that a rock or mineral reflects light off of its surface.
A jade is actually both a mineral and a rock.
Pumice is an extrusive igneous rock, not a mineral.
the mineral is clay and there is no rock
Luster (or Lustre) is a description of the way light interacts with the surface of a crystal,rock or mineral - For example a metallic lustre or silky lustre.
Jupiter does not produce light. It does, however, reflect a lot of the sunlight that reaches it's surface. The amount of light that a planet's surface reflects is call it's albedo, and it's expressed as a value between 0 (nothing reflected) to 1 (100% of light is reflected). Jupiter has an albedo of 0.34, which may seem small compared to Venus's albedo of 0.9, but since Jupiter has a substantially larger surface area than Venus, what it lacks in reflectiveness it makes up for in size.