Applications of Stefan-Boltzmann Law
In the real world, there are many applications of Stefan-Boltzmann Law. Some of those applications are as follows:
- Stefan-Boltzmann Law helps scientists in the calculation of the luminosity of celestial bodies such as stars, planets, and galaxies
- As we know, the amount of heat absorbed by the atmosphere due to the presence of greenhouse gases, causes the temperature of our earth to rise. By using Stefan-Boltzmann Law, to calculate the amount of energy absorbed by the atmosphere scientists can predict the effect of this rise in temperature.
- By comparing the surface temperatures for various materials, engineers can make more power-efficient designs that do not need active cooling to work.
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Stefan-Boltzmann Law
Stefan-Boltzmann Law relates the power radiated by the black body to its temperature and surface area. In the study of thermodynamics and astrophysics, the Stefan-Boltzmann Law is widely used to better our understanding of the subject. Other than this, Stefan-Boltzmann Law helps scientists understand the behavior of objects that emit radiation, such as stars and planets. Stefan-Boltzmann Law also has some applications in the real world as well such as, in designing solar panels and other energy conversion instruments.
Table of Content
- What is Stefan-Boltzmann Law?
- Formula for Stefan-Boltzmann Law
- Stefan-Boltzmann Constant
- Value of Stefan-Boltzmann Constant
- Formula for Stefan-Boltzmann Constant
- Black Body Radiation
- Planck’s Law for Black Body Radiation
- Derivation of Stefan-Boltzmann Constant
- Calculation of Stefan-Boltzmann Constant
- Applications of Stefan-Boltzmann Law
- Sample Problems on Stefan-Boltzmann Law