Diamonds do not actually shine at night; they reflect light during the day due to their high refractive index and cut. In darkness, they may appear to sparkle if they are exposed to different light sources or if their facets catch and reflect available light, creating a sparkling effect.
reflectAnother AnswerCut and polished diamonds both shine and reflect under available light.
The moon seems to shine at night, because it reflects the light given off by the sun. We can not see the moon's reflection during the day, because the sun light is too bright, but, at night, the moon reflects the light given off by the sun and we can see it.
stars do shine in morning but when compared to sun's shining their shine is nothing that's why we are not able to see stars in morning
because sun cant shine on the whole world at once
Shine On You Crazy Diamond was created on 1975-09-15.
Don't Love Make a Diamond Shine was created in 1997.
Rihanna sings Shine Bright like a Diamond.
The moon shines because it is the light of the sun.
sometimes they can
reflaction
shine
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Diamonds do not actually shine at night; they reflect light during the day due to their high refractive index and cut. In darkness, they may appear to sparkle if they are exposed to different light sources or if their facets catch and reflect available light, creating a sparkling effect.
A diamond's shine, or brilliance, is due to its high refractive index and ability to reflect and refract light. When light enters a diamond, it is reflected off the diamond's facets and then dispersed back out, creating a sparkling effect. The diamond's cut and clarity also play important roles in maximizing its shine.
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A diamond is a covalent compound because it is composed of carbon atoms bonded together using strong covalent bonds.