XTEND said:okay.
(6.626x10E-34)(3.0x10E8)=1.9878E-25 / 420nm = 4.7328E-28
XTEND said:okay.
(6.626x10E-34)(3.0x10E8)=1.9878E-25 / 420nm = 4.7328E-28
(10x10E-3) / (4.7328E-28) = 2.1129E25
This is still not 2.1E16
Photons emitted per second refers to the number of photons, or particles of light, that are emitted by a light source within a period of one second.
Measuring photons emitted per second is important in many scientific fields, such as astronomy, optics, and particle physics. It allows us to quantify the intensity and energy of a light source, and can provide valuable information about the properties of the source.
The number of photons emitted per second can be calculated by dividing the total energy of the light source by the energy of a single photon. This is known as the photon flux and is typically measured in units of photons per second (photon/s).
Yes, the number of photons emitted per second can change depending on the properties of the light source. For example, a brighter light source will emit more photons per second than a dimmer light source.
The number of photons emitted per second is directly proportional to the energy of the light source, which is determined by its wavelength. In general, shorter wavelengths (such as ultraviolet or X-rays) have a higher energy and therefore emit more photons per second compared to longer wavelengths (such as radio waves).