Opaque object.
An opaque object transmits very little light, and therefore reflects, scatters, or absorbs most of it.
Reflects, other wavelengths (colours) are absorbed.
The mug reflects, absorbs, and transmits light. The material and color of the mug will determine how it interacts with the light - for example, a white mug will reflect more light compared to a black mug which will absorb more light.
When a solution appears red, it absorbs light of complementary colors (green and blue) and transmits or reflects red light. This means that the solution absorbs light in the green and blue portions of the visible spectrum, resulting in the red color that is observed.
An object that absorbs all light appears black because it absorbs all colors of light equally. An object that reflects all light appears white because it reflects all colors of light equally.
An opaque object transmits very little light, and therefore reflects, scatters, or absorbs most of it.
It is the part of a molecule that is responsible for its color. When a molecule absorbs a wavelength of visible light and reflects or transmits others, this is when the molecule's color will appear.
Reflects, other wavelengths (colours) are absorbed.
A green solution typically transmits or allows the passage of green light. It absorbs other colors of light present in white light and reflects or transmits the green wavelengths, giving it a green appearance.
the filter transmits red light and absorbs other colors.
Chlorophyll primarily absorbs red and blue wavelengths of light, while it reflects and transmits green light, giving plants their green color.
It absorbs all colors except red.
The mug reflects, absorbs, and transmits light. The material and color of the mug will determine how it interacts with the light - for example, a white mug will reflect more light compared to a black mug which will absorb more light.
It is false that a solution that reflects white light absorbs all wavelengths. A solution that reflects white light reflects all wavelengths.
It reflects green cause it absorbs red.
When a solution appears red, it absorbs light of complementary colors (green and blue) and transmits or reflects red light. This means that the solution absorbs light in the green and blue portions of the visible spectrum, resulting in the red color that is observed.
An object that absorbs all light appears black because it absorbs all colors of light equally. An object that reflects all light appears white because it reflects all colors of light equally.