When light rays are absorbed, their energy is transferred to the absorbing material, leading to an increase in its internal energy. This can result in heat generation or excitation of electrons, causing them to move to higher energy levels. Absorption of light is responsible for various phenomena such as coloration, heating, and photochemical reactions in materials.
When light rays hit the specimen in a microscope, they can be absorbed, transmitted through, or reflected by the specimen. The interaction between the light and the specimen allows for imaging and visualization of the specimen's details.
Light rays can be reflected, absorbed, or transmitted when they meet a foil surface. The type of interaction depends on the properties of the foil material and the angle of incidence of the light rays. Metal foils typically reflect a significant amount of light due to their shiny surfaces.
When light rays hit an opaque object, they are absorbed or reflected. The object appears opaque because it reflects most of the light that hits it and absorbs very little. This is why we cannot see through opaque objects.
Reflection - the bouncing back of light rays from a surface, such as a mirror, without being absorbed.
When light rays meet, they can either be absorbed, transmitted, or reflected. If the light rays converge at a single point, they form an image. This image can be real, where the rays actually converge, or virtual, where they appear to converge.
they are absorbed
They are reflected or absorbed. nope.. they are Refracted
The green color is reflected and the other colors are absorbed
When light rays hit the specimen in a microscope, they can be absorbed, transmitted through, or reflected by the specimen. The interaction between the light and the specimen allows for imaging and visualization of the specimen's details.
Light rays can be reflected, absorbed, or transmitted when they meet a foil surface. The type of interaction depends on the properties of the foil material and the angle of incidence of the light rays. Metal foils typically reflect a significant amount of light due to their shiny surfaces.
When light rays hit an opaque object, they are absorbed or reflected. The object appears opaque because it reflects most of the light that hits it and absorbs very little. This is why we cannot see through opaque objects.
The waves whose frequencies belong to that colour are reflected while other frequencies are absorbed.
Reflection - the bouncing back of light rays from a surface, such as a mirror, without being absorbed.
When light rays meet, they can either be absorbed, transmitted, or reflected. If the light rays converge at a single point, they form an image. This image can be real, where the rays actually converge, or virtual, where they appear to converge.
Light rays that are not reflected by an object are either absorbed or transmitted through the object. Absorption occurs when the object's material absorbs some of the light energy, converting it into heat. Transmission happens when the light passes through the object without being reflected or absorbed.
When light strikes an opaque material, it is either absorbed or reflected. Opaque materials do not allow light to pass through them, so the light is either absorbed by the material, converting it to another form of energy (like heat), or it can be reflected off the surface.
When a light wave is absorbed by an object, the absorbed light energy is converted into heat or other forms of energy within the object.