No.
Otherwise, we would have seen new colours when light is reflected, since all the colours have different frequencies.
velocity
If the object is opaque to the frequency of light impinging on it, some of the light will be reflected and the rest will be converted to heat in the opaque object.
If the object is opaque to the frequency of light impinging on it, some of the light will be reflected and the rest will be converted to heat in the opaque object.
There are no colors in black ! Colors are governed by the frequency (temperature) with which light is reflected from an object. White has the highest reflection frequency where as black does not reflect at all
No, the frequency of light is the number of times a complete 'wavelength' of light (ignoring the photon-like nature of light) passes a fixed point in a second. Generally measured in Hertz (Hz).
The frequency or wavelength of the light reflected from the object to your eye.
velocity
You will see Yellow. Yellow is the frequency that the surface reflects.
If the object is opaque to the frequency of light impinging on it, some of the light will be reflected and the rest will be converted to heat in the opaque object.
If the object is opaque to the frequency of light impinging on it, some of the light will be reflected and the rest will be converted to heat in the opaque object.
There are no colors in black ! Colors are governed by the frequency (temperature) with which light is reflected from an object. White has the highest reflection frequency where as black does not reflect at all
No, the frequency of light is the number of times a complete 'wavelength' of light (ignoring the photon-like nature of light) passes a fixed point in a second. Generally measured in Hertz (Hz).
No, the frequency of light is the number of times a complete 'wavelength' of light (ignoring the photon-like nature of light) passes a fixed point in a second. Generally measured in Hertz (Hz).
wave length
- light reflected from a window- light reflected from a mirror- light reflected from snow
Yes, the light wave goes in the direction of the angle or reflection.
Our eyes are specifically designed to detect light. The objects reflecting the light change the property of light, including its intensity and color; this allows us to make conclusions about the objects it was reflected from.Our eyes are specifically designed to detect light. The objects reflecting the light change the property of light, including its intensity and color; this allows us to make conclusions about the objects it was reflected from.Our eyes are specifically designed to detect light. The objects reflecting the light change the property of light, including its intensity and color; this allows us to make conclusions about the objects it was reflected from.Our eyes are specifically designed to detect light. The objects reflecting the light change the property of light, including its intensity and color; this allows us to make conclusions about the objects it was reflected from.