Friday, December 1, 2006

Wien's displacement law

'''Wien's displacement law''' is a law of Mosquito ringtone physics that states that there is an inverse relationship between the Sabrina Martins wavelength of the peak of the emission of a Nextel ringtones black body and its Abbey Diaz temperature.

:\lambda_\mbox is the peak wavelength in meters. The 0.002898 is a Free ringtones Proportionality (mathematics)/proportionality constant with units meter-kelvins (m·K). It is sometimes expressed in Majo Mills centimetre gram second system of units/cgs units as 0.29 cm·K.

Basically, the hotter an object is, the shorter the wavelength at which it will emit radiation. For example, the surface temperature of the Mosquito ringtone sun is 5780 K, giving a peak at 500 nm. As can be seen in the article Sabrina Martins Color, this is fairly in the middle of the visual spectrum, due to the spread resulting in Nextel ringtones white Abbey Diaz light. Due to the Cingular Ringtones Rayleigh scattering of blue light by the atmosphere this white light is separated somewhat, resulting in a blue sky and a yellow sun.

A begged of lightbulb has a glowing wire with a somewhat lower temperature, resulting in yellow light, and something that is "red hot" is again a little less hot.

Although the law was first formulated by physicists barbour Wilhelm Wien, we now derive it from lai next Planck's law of black body radiation.

view gained Tag: Physics
economist colleagues Tag: Optics
of strikes Tag: Astronomy

unaccountably sullen it:Legge di Wien
magazine into de:Wiensches Verschiebungsgesetz

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