Light rays can be reflected off of smooth surfaces such as mirrors or glass. The angle of incidence (incoming ray) is equal to the angle of reflection (outgoing ray) according to the law of reflection. Rough surfaces, on the other hand, scatter light in many directions, resulting in diffuse reflection.
Blue objects appear blue because they absorb most colors of light in the visible spectrum and reflect blue light. This means that blue objects absorb the other colors of light (such as red and green) and transmit or reflect the blue light, giving them their characteristic color.
Dark objects absorb light because they reflect little to no light and instead convert it into other forms of energy, such as heat. This absorption prevents the light from passing through the object and makes it appear dark to our eyes.
Mirrors, such as plane mirrors, reflect light rays back in the same direction. Lenses, on the other hand, refract light rays by bending them as they pass through, converging or diverging them depending on the shape of the lens. Both mirrors and lenses can alter the path of light rays to create images.
Light-colored objects reflect more radiation because they have higher albedo, meaning they reflect a higher percentage of light that hits them. Dark-colored objects absorb more radiation because they have lower albedo, causing them to retain more heat.
Mirrors and other objects reflect light, though most objects absorb some wave lengths and reflect others and black absorbs all wavelengths and white reflects all wavelengths.
stars,metiorite and the sun emit light,comites do both. other than that the moon and the planets reflect light
Like any other mirror-they just reflect objects.
Mirrors and other shiny surfaces.
Red and blue light will not absorb the same light. Red objects reflect red light and absorb other colors, while blue objects reflect blue light and absorb other colors.
Light rays can be reflected off of smooth surfaces such as mirrors or glass. The angle of incidence (incoming ray) is equal to the angle of reflection (outgoing ray) according to the law of reflection. Rough surfaces, on the other hand, scatter light in many directions, resulting in diffuse reflection.
Blue objects appear blue because they absorb most colors of light in the visible spectrum and reflect blue light. This means that blue objects absorb the other colors of light (such as red and green) and transmit or reflect the blue light, giving them their characteristic color.
Blue light does not change the color of other blue objects, so they will still appear blue under blue light. This is because objects reflect or absorb different wavelengths of light, and blue objects reflect blue light regardless of the light source.
Dark objects absorb light because they reflect little to no light and instead convert it into other forms of energy, such as heat. This absorption prevents the light from passing through the object and makes it appear dark to our eyes.
Mirrors, such as plane mirrors, reflect light rays back in the same direction. Lenses, on the other hand, refract light rays by bending them as they pass through, converging or diverging them depending on the shape of the lens. Both mirrors and lenses can alter the path of light rays to create images.
Light-colored objects reflect more radiation because they have higher albedo, meaning they reflect a higher percentage of light that hits them. Dark-colored objects absorb more radiation because they have lower albedo, causing them to retain more heat.
Moon: The moon appears to emit light because it reflects sunlight, making it a non-luminous object. Mirror: Mirrors do not produce light on their own but reflect light from other sources, making them non-luminous objects that can bounce light.