Question

How does frequency of sunshine affect its color?

Answer 1

Hint : Frequency is that the number of occurrences of a repeating event per unit of your time. It's also mentioned as temporal frequency, which emphasizes the contrast to spatial frequency and angular frequency. Frequency is measured in hertz which is adequate to one event per second.

Complete Step By Step Answer:
Color may be a function of the human sensory system, and isn't an intrinsic property. Objects do not have a color they provide off light that appears to be a color. Spectral power distributions exist within the physical world, but color exists only within the mind of the beholder.
Our perception of color isn't an objective measure of anything about the sunshine that enters our eyes, but it correlates pretty much with objective reality. Color is decided first by frequency then by how those frequencies are combined or mixed once they reach their eye.
This is often the physics part of the subject. Light falls on specialized receptor cells (called cones) at the rear of the attention (called the retina) and a sign is shipped to the brain along a neural pathway (called the optic nerve).
This signal is processed by the part of the brain near the rear of the skull (called the occipital lobe). Here's where the biology kicks in, or even it is the psychology, or even it's both. Their eye is extremely very similar to a camera, but the brain isn't in the least sort of a video recorder. The brain isn't kind of a computer with fixed hardware of transistors and capacitors executing some sort of software code.

Note :
Color is decided first by frequency. Let's start by determining what a typical person would see when watching electromagnetic waves of one frequency. Physicists call this monochromatic -light.