reflect
Another Answer
Cut and polished diamonds both shine and reflect under available light.
In absolute darkness, for example, inside a closed cave, a diamond would not be visible. A diamond depends on a light source in order to reflect and refract light. Any ambient light, from the moon, or a streetlight or candlelight will be picked up by a diamond and cause it to shine.
No. Diamonds reflect any available light, including moonlight, starlight and other ambient light. If you were deep within a cave without light -- in absolute darkness -- your diamond would not shine.
In complete darkness, devoid of any light -- deep within a cave, for example -- no diamond will 'shine'. Every diamond, however, will reflect and refract ambient light, even if it is simply moonlight or starlight.
Diamonds primarily reflect light rather than shine. Their brilliance comes from the way they refract and reflect light internally due to their unique crystal structure and high refractive index. When light enters a diamond, it is bent and reflected multiple times before exiting, creating the sparkling effect that we associate with diamonds. Thus, their beauty is a result of both reflection and refraction.
Real diamonds reflect light in a way that produces a multitude of colors, known as diamond fire, but they do not actually shine in different colors like a rainbow. The sparkle and brilliance of a diamond come from its cut, clarity, and the way it interacts with light, known as dispersion.
The answer for their brightness is the refractive index of them. the light which inters the diamond does not come out because of total internal reflection into air whose refractive index is close to vacuum's i.e 1. hence diamonds shine a lot. It has a lot to do with the cut. A good cut allows it to reflect light.
Diamonds shine due to their high refractive index, which causes light to bend and reflect within the stone, creating a dazzling sparkle. The facets on a diamond's surface also help to reflect and scatter light, enhancing its brilliance.
Diamonds shine and sparkle due to their high refractive index, which causes light to bounce around inside the diamond and reflect back to the viewer. This phenomenon is known as total internal reflection. Additionally, the diamond's crystal structure and facets play a role in dispersing light in a way that creates the characteristic sparkle.
In absolute darkness, for example, inside a closed cave, a diamond would not be visible. A diamond depends on a light source in order to reflect and refract light. Any ambient light, from the moon, or a streetlight or candlelight will be picked up by a diamond and cause it to shine.
Shine On You Crazy Diamond was created on 1975-09-15.
Diamonds do not shine on their own because they lack the ability to emit light. Instead, they reflect light that enters them, which creates their dazzling brilliance. This is why the saying goes "diamonds don't shine, they reflect."
Rihanna sings Shine Bright like a Diamond.
Don't Love Make a Diamond Shine was created in 1997.
reflect
No. Diamonds reflect any available light, including moonlight, starlight and other ambient light. If you were deep within a cave without light -- in absolute darkness -- your diamond would not shine.
In complete darkness, devoid of any light -- deep within a cave, for example -- no diamond will 'shine'. Every diamond, however, will reflect and refract ambient light, even if it is simply moonlight or starlight.
sometimes they can