It depends if it is a transparent object it may split the light and make colors, like what a crystal does. You can see colors because of whatever the light shines on, it does NOT attract the color you see. (don't know how to say that...)
When light hits different materials, it can be absorbed, transmitted, reflected, or refracted. The outcome depends on the properties of the material such as its color, composition, and surface texture. Different materials interact with light in various ways, leading to effects like transparency, opaqueness, or coloration.
When an object is in sunlight, it reflects some of the light that hits it. The color we see is the result of the reflected light waves. Different colors are absorbed by the object, and the color we see is the light waves that are reflected back to our eyes.
The light that bounces off of a surface is called reflected light. When light hits a surface, some of it is absorbed, and the remaining light waves bounce off in different directions, creating reflection.
This is called refraction. Refraction occurs because light waves change speed when they pass through different mediums, such as air and glass, causing the light to bend.
Light waves: when light hits a smooth surface, it can be reflected. Sound waves: sound can bounce off hard surfaces such as walls, resulting in reflection. Water waves: waves in the ocean or a pond can be reflected off a barrier or shore.
it bounces
When light hits different materials, it can be absorbed, transmitted, reflected, or refracted. The outcome depends on the properties of the material such as its color, composition, and surface texture. Different materials interact with light in various ways, leading to effects like transparency, opaqueness, or coloration.
Different gasses and rock materials in the rings look different when light hits them. It's part of the chemical composition.
When an object is in sunlight, it reflects some of the light that hits it. The color we see is the result of the reflected light waves. Different colors are absorbed by the object, and the color we see is the light waves that are reflected back to our eyes.
The light that bounces off of a surface is called reflected light. When light hits a surface, some of it is absorbed, and the remaining light waves bounce off in different directions, creating reflection.
no when a light hits an object the light will bounce back
This is called refraction. Refraction occurs because light waves change speed when they pass through different mediums, such as air and glass, causing the light to bend.
You can see people because light reflects off of them and then hits your retina (rods and cones) and a signal is sent to your brain. Different materials absorb different colors (wave lengths) of light, so that makes the different colors.
Light is made up of light waves, which are different than normal waves because they do not need a medium, or a material to travel though. (Some examples of mediums are water, air, wood, metal...). Light waves come in different sizes, or wavelengths. Flashlights usually use incandescent light bulbs to produce light. Incandescent light bulbs produce light by heating a tungsten filament until it glows and gives off heat under the form of light waves.
Light waves: when light hits a smooth surface, it can be reflected. Sound waves: sound can bounce off hard surfaces such as walls, resulting in reflection. Water waves: waves in the ocean or a pond can be reflected off a barrier or shore.
When light hits a material, it can be absorbed, reflected, transmitted, or refracted. The interaction of light with the material will depend on the properties of the material, such as its transparency, reflectivity, and refractive index. Materials that are transparent allow light to pass through with minimal absorption or reflection, while opaque materials absorb or reflect light.
The path of a light ray changes when it travels through different mediums due to a change in the speed of light caused by the different optical densities of the materials. This change in speed leads to refraction or bending of the light ray at the interface between the two mediums. The amount of bending is determined by the angle at which the light ray hits the interface and the refractive indices of the two materials.