I'm looking for a maximum, so I want to assume no cloud cover or intervening weather conditions.rootone said:The amount of uv actually received will be highly dependent on local weather and other factors such as which season of the year.
It seems to me that this exercise would be better undertaken by actually measuring uv at these locations rather than trying to calculate it.
Caseykcraig said:I'm looking for a maximum, so I want to assume no cloud cover or intervening weather conditions.
Daverootone said:It seems to me that this exercise would be better undertaken by actually measuring uv at these locations rather than trying to calculate it.
To calculate the radiation energy from UV light, you can use the formula E=hc/λ, where E is energy, h is Planck's constant, c is the speed of light, and λ is the wavelength of the UV light.
UV light is a type of electromagnetic radiation, and its energy is directly proportional to its frequency or inversely proportional to its wavelength. This means that the higher the frequency or shorter the wavelength of UV light, the higher its energy.
The intensity of UV light does not directly affect the radiation energy. However, it can indirectly impact the energy by increasing the number of photons or particles of light, which can then increase the overall energy absorbed.
The most common unit used to measure radiation energy from UV light is joules (J). However, in some cases, other units such as electron volts (eV) or calories (cal) may be used.
Yes, exposure to high levels of UV light can be harmful to living organisms, including humans. This is because the high energy of UV light can damage DNA and cause mutations, leading to health problems such as skin cancer.