They reflect and scatter visible light that comes from an external source.
some celestial objects cant shine because some of them do not let light escape.But some actually shine because some of them allow light to escape.
Because they still absorb and scatter some light.
Because they still absorb and scatter some light.
Stars shine by emitting light due to the process of nuclear fusion in their cores. Clouds in the sky do not block this light, allowing stars to still be visible on cloudy nights. The light from stars is able to penetrate through the clouds and reach our eyes, making them visible even when clouds are present.
The total eclipse of the Sun by the Earth's Moon still leaves a corona of light, and the other visible stars shine just as brightly.
Light can be invisible if its wavelength falls outside the visible spectrum that the human eye can detect. For example, ultraviolet and infrared light are invisible to the naked eye but can still interact with objects and be detected by specialized equipment.
The light with the longest wavelength, which is still visible for us, is red light.
Stars shine on a cloudy night because their light is very bright and can penetrate through the clouds. Even though clouds can block some of the starlight, enough of it gets through to be visible to us on Earth. The brightest stars are still visible even on a cloudy night.
Black, an absence of visible color, appears such because it absorbs the visible light spectrum when struck. White is the presence of the entire visible light spectrum, and as such absorbs very little light. This is why white objects do not heat as quickly as black objects when left in direct sunlight. Of course, the heat that is actually stored by any object is infrared, which is why even with a pure white surface, that surface still captures some heat.
The term "black light" is commonly used to refer to ultraviolet waves that are invisible to the human eye, but still carry energy. Some materials have the property that they can absorb UV energy and then re-emit it at visible wavelengths. The eye and brain interpret these visible waves as having colours.
Unless it`s colored glass, it will still shine its original color.
Light bulb cameras have infrared sensors that allow them to capture images even in low light or darkness. These sensors detect heat emitted by objects and use it to create a visible image. This means that the camera can still function and capture footage even when the light is off.