No.
no. if the medium is denser, the reflection of light would not do it.
The proportion of light reflected by a planet is known as its albedo. Albedo is a measure of how much sunlight is reflected by an object, with values ranging from 0 (no reflection) to 1 (total reflection). Planets with higher albedos appear brighter as they reflect more light.
no Venus is a planet, so it hasn't hydrogen to burn, The light it shows is a reflection from the Sun. Mars is like Venus, it is also a planet.
The reflection from a white rough surface would scatter light in many directions, resulting in a diffuse reflection with less intensity. In contrast, a mirror would reflect light at the same angle as the incidence angle, providing a clear and specular reflection with high intensity.
To study what affects light reflection, you would typically set up an experiment where you vary factors such as surface material, angle of incidence, and surface smoothness. You would then measure the amount of light reflected using a light meter or detector. By systematically changing these variables and observing their impact on light reflection, you can identify which factors have the greatest influence on light reflection.
Also 23 degrees.
A mirror reflects light. "Reflection" also means thinking about something. Thus if you were thinking about how you face looked in the mirror this morning you would be having a reflection on reflection.
Reflection
no reflection basically deals with light rays. so there is no reflection withou light.
When the rays of light do not follow the laws of reflection, then this type of reflection is called diffused reflection.
You would get a Diffused Reflection.
This is known as diffuse reflection, where light is scattered in different directions upon hitting a rough surface. Unlike specular reflection, which occurs when light reflects off a smooth surface at a particular angle, diffuse reflection results in a lack of a clear reflection of light. This phenomenon is common in surfaces like paper, cloth, or rough walls.