When light hits a transparent surface, it can be transmitted through the material if the material's optical properties allow it. Some of the light may also be reflected off the surface and a small portion may be absorbed by the material. The amount of light that is transmitted, reflected, or absorbed depends on the properties of the material and the angle at which the light strikes the surface.
Even though you can see through a material..i.e. it is transparent...it may have color and a physicist will want to know this information. What type of light is hitting this material is important to include in your question as well as the type of transparent material. What type of light? (and the strength ...source would be great) What type of material? What color is the material? Answer: It allows light to pass through a material
When light hits the surface of an object at an angle, it can be reflected (bounced off), refracted (bent), or absorbed by the object. The amount of light that is reflected or refracted depends on the surface properties of the object, such as smoothness and transparency.
When light hits a surface, it can be transmitted through the material if the material is transparent or translucent. In these cases, the light is able to pass through the material without being absorbed or reflected. The amount of light that is transmitted depends on the properties of the material, such as its thickness and composition.
When light hits a transparent liquid crystal in a digital watch, it either passes through or gets reflected, depending on the electrical current applied to the crystal. Opaque liquid crystals block the light, preventing it from passing through. The manipulation of light by liquid crystals allows for the display of information in digital watches.
Light hitting wax paper will be partially absorbed, transmitted, and reflected. The wax paper is semi-transparent, so some light will pass through while some will bounce off the surface. The absorbed light energy may cause the wax paper to heat up slightly.
when light hits a rough surface it scattters.
im assuming that u meant "what happens when LIGHT hits a black surface?" the reason for this is that the black surface ABSORBS the light, and so none of the light waves can be reflected back (which is what makes it look black)
Even though you can see through a material..i.e. it is transparent...it may have color and a physicist will want to know this information. What type of light is hitting this material is important to include in your question as well as the type of transparent material. What type of light? (and the strength ...source would be great) What type of material? What color is the material? Answer: It allows light to pass through a material
The sunlight will be absorbed by the surface.If the surface is a mirror,lesser light will be absorbed.More will be reflected. If the surface is black,more light will be absorbed.
The incident ray (the incoming light) hits the water and then the speed is slowed. It is called 'Refraction'. Which is the bending of light through a translucent or transparent object.
When light hits the surface of an object at an angle, it can be reflected (bounced off), refracted (bent), or absorbed by the object. The amount of light that is reflected or refracted depends on the surface properties of the object, such as smoothness and transparency.
There is no scientific term for what happens when light hits an opaque object I'm afraid to say.
When light hits a surface, it can be transmitted through the material if the material is transparent or translucent. In these cases, the light is able to pass through the material without being absorbed or reflected. The amount of light that is transmitted depends on the properties of the material, such as its thickness and composition.
When light hits a transparent liquid crystal in a digital watch, it either passes through or gets reflected, depending on the electrical current applied to the crystal. Opaque liquid crystals block the light, preventing it from passing through. The manipulation of light by liquid crystals allows for the display of information in digital watches.
Light hitting wax paper will be partially absorbed, transmitted, and reflected. The wax paper is semi-transparent, so some light will pass through while some will bounce off the surface. The absorbed light energy may cause the wax paper to heat up slightly.
It is reflected at the same angle to the normal. The normal is a line perpendicular to the surface.
When light hits an irregular surface, it scatters in different directions due to the uneven geometry of the surface. This scattering is known as diffuse reflection, which causes the light to be reflected in a non-uniform manner, unlike in the case of a smooth surface where light reflects uniformly.