Tritium is now used in luminous paints.
Glowing clock hands are made with a radioactive isotope of hydrogen called tritium.
phosphorus (P)
A liquid because it glows in the dark
It absorbs light so it can glow in the dark.
The element from the periodic table of elements the glows in electricity, is Argon (Ar).It also can be boron (B), because when you mix boron with hydrogen flames it glows a bright green.I also think it might be Krypton (Kr) because it is an inert element which produces a whitish glow in lights.So, it might be Krypton (Kr), Argon (Ar), or Boron (B).Any gas or the vapor of any solid or liquid element will glow due to ionization/relaxation if placed in an electric current at a high enough voltage. The lines of the spectrum of this glow uniquely identify the element. Not all glow with visible light however (e.g. mercury vapor glows in the ultraviolet). Also beta radiation (electrons) will cause any gas or vapor it passes through to glow blue or violet from cherenkov radiation, depending on the energy of the beta radiation.
On clock dials to flouresce in the dark. It is also used in the atomic clock. Cesium formate is sometimes used in oil drilling.
radium was used in luminous paint and for theglow in the dark clock it as it emits radioactive decay that's why its not used in luminous paint now
calcium
A liquid because it glows in the dark
Phosphorous
Radium.
I don't think so. You can look it up online.
FireFlies
It absorbs light so it can glow in the dark.
fungus
Bruce Coville.
Glow sticks
None, to my knowledge anyway.
Europium is a element that is white and glows in the dark. It has an atomic weight of 151.964 and a density of 5.244g/cm3. Its melting point is 822C, boiling point is 1527C. Melting Point 822 °CBoiling Point 1527 °CAtomic Weight 151.964Density 5.244 g/cm3Melting Point 822 °CBoiling Point 1527 °C