No. If it reflects something, then by definition the solution doesn't absorb it.
A solution which reflects white light absorbs NO visible wavelength.
does it have to be a liquid? what about natural phosphorus a liquid metal like Mercury will be reflective to white light and when light reflects it is not stored
Of course not. But that's what the question asked about, so that's what I addressed in the answer.
When somebody asks me what time it is, I try not to pin him down while I explain how to build a clock.
It is false that a solution that reflects white light absorbs all wavelengths. A solution that reflects white light reflects all wavelengths.
White reflects the most light as it reflects all visible wavelengths of light effectively, while black absorbs all wavelengths.
When an object reflects all wavelengths of visible light, you see it as white. This is because white light is composed of all the colors of the visible spectrum, and an object that reflects all these wavelengths appears white to the human eye. Conversely, if an object absorbs all wavelengths, it would appear black.
All of the electromagnetic spectrum can be reflected. White light is a combination of all colors. They all reflect, red is among them.
An object appears a certain color because it reflects specific wavelengths in the visible spectrum while absorbing others. For example, a blue object reflects blue wavelengths and absorbs other colors.
White reflects all visible wavelengths of light and absorbs very little, making it appear colorless.
the blue cloth absorbs all of the colors except for blue, and reflects blue, that is why its blue
The object reflects the colour(s) you see and absorbs the rest. This is why black objects get hotter in the sun than white objects. The white 'colour' reflects much more energy (especially infra-red) whilst the black object absorbs more energy (especially infra-red).
White reflects light while black absorbs light. White surfaces reflect all wavelengths of visible light, giving it the appearance of being bright. Conversely, black surfaces absorb most of the light that strikes them, making them appear dark.
When white light shines on an object like a blue shirt, the shirt absorbs most colors of light but reflects blue wavelengths. Our eyes perceive the reflected blue light, so the shirt appears blue to us. This is due to the shirt's molecular structure, which absorbs certain wavelengths and reflects others.
When white light shines on a violet object, the object absorbs most of the wavelengths in the white light spectrum and reflects primarily violet wavelengths. This means that the violet object appears violet because it absorbs other colors and reflects violet.
Technically, black and white are not colors in the traditional sense, as they do not have specific wavelengths like colors do. Black absorbs all wavelengths and white reflects all wavelengths. However, in art and design, black and white are often referred to as colors for simplicity.