A fraction of light refers to the portion of light that is transmitted, reflected, or absorbed when it encounters a surface or medium. This can be quantified mathematically as the ratio of the intensity of the transmitted or reflected light to the intensity of the incident light. Fractions of light are commonly used in physics and optics to describe how light interacts with different materials and surfaces.
Light is indivisible in the sense that any part of light, if it is perceived, is still light.
Light is indivisible in the sense that any part of light, if it is perceived, is still light.
Light is indivisible in the sense that any part of light, if it is perceived, is still light.
Light is indivisible in the sense that any part of light, if it is perceived, is still light.
There is no special name. The fraction of sunlight which is reflected will be different from the fraction of other light. The reflectivity of a surface varies with the wavelength of the incident light.
In general you cannot. A fraction is a pure ratio and does not have any distance associated with it. If it was a fraction of some measure of distance, the answer would depend on the units. A fraction of an inch would be a very tiny fraction of a mile while a fraction of a light year could be many miles.
It is the reflectivity of the surface. However, it is important to note that the reflected fraction depends on the wavelength of the incident light.
Every fraction is an equivalent fraction: each fraction in decimal form has an equivalent rational fraction as well as an equivalent percentage fraction.
A fraction that has a different sign to the first fraction.
A fraction of the speed of light can range from 0 to just under 1. For example, half the speed of light would be 0.5c, a quarter would be 0.25c, and so on. The speed of light in a vacuum is approximately 299,792 kilometers per second.
There is no special name. The fraction of sunlight which is reflected will be different from the fraction of other light. The reflectivity of a surface varies with the wavelength of the incident light.
Rarefraction
it is the fraction of light in water vapor
Assuming you mean traction light, have the codes pulled. The codes will lead you to the cause.
In general you cannot. A fraction is a pure ratio and does not have any distance associated with it. If it was a fraction of some measure of distance, the answer would depend on the units. A fraction of an inch would be a very tiny fraction of a mile while a fraction of a light year could be many miles.
" albedo "
It is the reflectivity of the surface. However, it is important to note that the reflected fraction depends on the wavelength of the incident light.
The answer depends on faction of WHAT!1 km is 1/299792.458 of a light-second, or approx 1/9.5 billionths of a light year.
It is closer to us than the other stars so we get a much, much larger fraction of its light compared to other stars. The other stars are so far away that even stars that are much brighter than our sun can only transmit such a small fraction of their light that the tiny fraction we get is consequently much less than the larger fraction of our somewhat dimmer sun.
It is closer to us than the other stars so we get a much, much larger fraction of its light compared to other stars. The other stars are so far away that even stars that are much brighter than our sun can only transmit such a small fraction of their light that the tiny fraction we get is consequently much less than the larger fraction of our somewhat dimmer sun.
It is closer to us than the other stars so we get a much, much larger fraction of its light compared to other stars. The other stars are so far away that even stars that are much brighter than our sun can only transmit such a small fraction of their light that the tiny fraction we get is consequently much less than the larger fraction of our somewhat dimmer sun.