When bubbles reflect light, the light is scattered and refracted in different directions, creating colorful patterns on the surface of the bubble. This phenomenon is known as iridescence, where the thickness of the bubble's surface determines the color seen by reflecting and refracting light waves.
It's called iridescence, which is an optical phenomenon which occurs when the hue of a multi-layered and semi-transparent object such as soap bubbles appears to change due to the phase shifting of light within the soap bubbles as the angle from which the bubbles is viewed changes.
If light strikes cardboard, the cardboard will absorb some of the light and reflect the rest. The color and thickness of the cardboard will affect how much light is absorbed or reflected.
When you shine light through a mirror, the light will reflect off the mirror's surface and bounce back. Some light may also pass through the mirror, depending on its transparency. Overall, the mirror will predominantly reflect the light due to its smooth and reflective surface.
When red light shines on a red object, the object will reflect the red light and appear red. If white light shines on a red object, the object will absorb all colors except red, which it will reflect, making it appear red as well.
When you shine a green light on a green object, the object will reflect the green light and appear brighter or more vivid in color. Green objects absorb most of the other colors of light and reflect green light, so they will be most visibly affected by green light.
They are rainbow colours bubbles but on a scale of 1 - 10 6 % most bubbles can be clear.
regular reflection
It's called iridescence, which is an optical phenomenon which occurs when the hue of a multi-layered and semi-transparent object such as soap bubbles appears to change due to the phase shifting of light within the soap bubbles as the angle from which the bubbles is viewed changes.
When you shine yellow light onto a green surface, the surface will absorb the yellow light and reflect green light. This is because the surface appears green due to its ability to reflect green light while absorbing other colors.
Bubbles shine like rainbows because they exhibit iridescence, which is caused by the interference of light waves as they reflect and refract off the thin soap film. The different colors of the rainbow are produced by varying thicknesses of the soap film, leading to constructive and destructive interference of light waves.
If light strikes cardboard, the cardboard will absorb some of the light and reflect the rest. The color and thickness of the cardboard will affect how much light is absorbed or reflected.
Telescope reflect light
When you shine light through a mirror, the light will reflect off the mirror's surface and bounce back. Some light may also pass through the mirror, depending on its transparency. Overall, the mirror will predominantly reflect the light due to its smooth and reflective surface.
When red light shines on a red object, the object will reflect the red light and appear red. If white light shines on a red object, the object will absorb all colors except red, which it will reflect, making it appear red as well.
The bubbles will always be white even if the bubble bath is a different color because it is the oxygen in the water that creates the bubbles. When the water foams, it is just like the bubbles on top of a beer that is poured from a tap. The bubbles are mostly air.
When you shine a green light on a green object, the object will reflect the green light and appear brighter or more vivid in color. Green objects absorb most of the other colors of light and reflect green light, so they will be most visibly affected by green light.
If light is moved further away from bubbles, there would be more bubbles. This is because light helps to facilitate the photosynthesis process in algae, which produces oxygen as a byproduct. More light means more oxygen produced by the algae, leading to an increase in the number of bubbles formed.