A cyan object will appear black when only magenta light is shone on it. Cyan objects absorb magenta light, so no light is being reflected back to our eyes, causing the object to appear black.
When white light shines on red ink dried on a glass plate, the reflected color will be red. This is because the red ink absorbs all other colors in the white light spectrum and reflects only the red light, giving it its red appearance.
When a ray of light is shone at a mirror, it will be reflected following the law of reflection, where the angle of incidence is equal to the angle of reflection. The reflection will produce a mirror image of the object or light source.
A blue surface primarily reflects blue light wavelengths, which is why we perceive it as blue. Blue surfaces absorb most other colors of light and reflect predominantly blue light.
A red light shined on a red surface will be mostly reflected, as red surfaces tend to reflect red light and absorb other colors. The surface may also absorb a small amount of the light, depending on its material properties.
A cyan object will appear black when only magenta light is shone on it. Cyan objects absorb magenta light, so no light is being reflected back to our eyes, causing the object to appear black.
It reflects back and a small amount is absorbed into its reflective surface.
When white light shines on red ink dried on a glass plate, the reflected color will be red. This is because the red ink absorbs all other colors in the white light spectrum and reflects only the red light, giving it its red appearance.
When a ray of light is shone at a mirror, it will be reflected following the law of reflection, where the angle of incidence is equal to the angle of reflection. The reflection will produce a mirror image of the object or light source.
A blue surface primarily reflects blue light wavelengths, which is why we perceive it as blue. Blue surfaces absorb most other colors of light and reflect predominantly blue light.
A red light shined on a red surface will be mostly reflected, as red surfaces tend to reflect red light and absorb other colors. The surface may also absorb a small amount of the light, depending on its material properties.
teal
blue
when the ray is shone at the prism, refraction occurs and the light will split into it's original colour.
When blue light is shone on a white surface, the surface reflects the blue light while absorbing other colors present in the light spectrum. This selective reflection results in the perception of the white color.
No, your shadow cannot be reflected in a mirror. A mirror can only reflect light that is directly shone on it, whereas a shadow is an absence of light being cast by an object blocking light sources.
BLACK