Clouds have high albedos.
They emmit light because they have many stars.
The Sun's light reaches all of the planets in our Solar system. We see them only because they reflect some of the Sun's light.
Yes, they are white.Answer:A studious observer of clouds will have seen white and grey to almost black clouds in the sky depending on weather and at sunset or sunrise will have seen many other colours.A cloud is however made up of clear droplets of water which are colourless. The reflected and refracted light gives them the appearance of being white in full daylight, dark when they block the light, bluish when they reflect the sky colour and different spectral colour when lit by sun rise and sun st light.
Venus' extensive atmosphere reflects a great deal of light back out into space - more so than many objects. This coupled with its relatively close distance make Venus appear brighter than most other objects. It's brighter than surrounding stars because even though the stars are much larger and generate a great deal of light, they are phenomenally far away. It's like looking at a well-lit golf ball that's one inch away and comparing it to a car's headlights that are a thousand feet away -- the golf ball will appear brighter.
Around occluded fronts, you can expect to see a variety of cloud types, including nimbostratus clouds, stratocumulus clouds, and sometimes cumulonimbus clouds. These clouds can produce precipitation, ranging from light rain to heavy showers or thunderstorms, depending on the atmospheric conditions. Overall, the cloud cover is typically extensive and can persist for an extended period as the occluded front moves through an area.
Many people think that clouds consist of water vapor, but they are actually water droplets. Smooth, light-colored surfaces reflect light best, and because of the abundance of surfaces in a cumulus cloud (raincloud), there are many chances for the light to reflect back or be absorbed and re-radiated.
Clouds are visible because they reflect and scatter sunlight. The water droplets or ice crystals in the clouds interact with incoming sunlight, making the clouds appear white or grey. This scattering of light is what allows us to see clouds in the sky.
They emmit light because they have many stars.
Yes, everything has albedo. Albedo refers to the reflectivity of any object or substance. White clouds have a high albedo - they reflect a lot of light. Dark clouds have a lower albedo; they don't reflect as much.
It reflects in different directions because its rough, there is many sides so the light reflects of the sides causing it to reflect in different directions.
The phrase 'light from clouds' has three syllables.
reflect sunlight
Light rays reflect in many directions on a rough surface due to the uneven nature of the surface, which causes the rays to scatter in various directions rather than reflect uniformly as with a smooth surface.
The Sun's light reaches all of the planets in our Solar system. We see them only because they reflect some of the Sun's light.
Rough surfaces reflect light because they scatter the incoming light in many different directions, creating a diffused reflection. This happens because the irregularities on the surface cause light to bounce off in varying angles, instead of a single direction like in a smooth surface.
Crumpled paper can reflect light to some extent, depending on its surface texture and the angle of incident light. However, because of its uneven and irregular surface, crumpled paper is more likely to scatter light in many different directions rather than reflect it sharply like a smooth and flat surface would.
Many clouds reflect a significant amount of sunlight back to space due to their high albedo, which is the measure of reflectivity. The water droplets or ice crystals in clouds scatter incoming sunlight, preventing it from reaching the Earth's surface. This reflective property helps regulate the planet's temperature by cooling the surface. Additionally, thicker and more extensive clouds tend to reflect even more sunlight, enhancing this cooling effect.