Reflection happens when light waves bounce on a reflective surface. Refraction occurs when light wave bends through two different mediums. If you can see through a window and see your image at the same time, it due to both refraction and reflection.
Yes, light can be reflected, absorbed, and transmitted simultaneously. When light encounters a medium, some of it is reflected back, some is absorbed by the medium, and some is transmitted through it. The amount of light that is reflected, absorbed, and transmitted depends on the properties of the material it interacts with.
Yes, reflection and refraction can happen at the same time when light encounters a boundary between two different mediums. Some light is reflected off the surface, while the remaining light is refracted into the second medium.
Light is reflected by an object for however long a light source is shining on it. Also, even when the light source is gone, the light that was reflected continues for an infinite amount of time.
As we see it, it is the full Moon. However, at any time, the Sun is shining on a full side of the moon, so the same amount of light is reflected, but less light is reflected towards us. How much daylight and darkness there is, also affects how much light appears to be reflected from the Moon as we see it. So when the Moon is visible before the Sun sets, it doesn't look as bright as it does after the Sun sets.
That's what usually happens. That is, if light strikes a surface between two different materials (e.g., water and air), part will pass through (and be refracted); another part of the light will be reflected.
Light bouncing off things is also known as reflecting light. If the material is transparent, most of the light will pass through, only some will be reflected. If the material is translucent, some of the light will pass through, some will be reflected. If the material is opaque, only a few of the light will pass through, most light will be reflected. I wrote this in a hurry; it's almost time to go; I'm sorry; I hope it will be useful to you though.
When you see black, it means that very little light is being reflected off the object. The light that strikes the object is absorbed, rather than reflected back to your eyes, resulting in the perception of darkness or black.
Examples of situations when reflected light can be hard on your eyes include driving in bright sunlight, spending time near water or snow where sunlight is reflected, and looking at electronic screens in direct sunlight. The glare from reflected light can cause discomfort, eye strain, and even temporary vision impairment. It is important to wear sunglasses or use anti-glare measures to protect your eyes in such conditions.
You don't see the objects themselves, but rather the light that has reflected off of them. That reflection travels toward us at the speed of light, and with enough distance we will see the object as older due to the amount of time it takes for the reflected light to reach us.
Two light waves arriving at the same place at the same time will normally create an interference pattern of light, if they are not perfectly in phase; if they are perfectly in phase they will just create a brighter light.
A black balloon. Get it? A black balloon is dark colored and light weight at the same time! I'm so funny!
Light can only be in one place at a time, when measured.