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Title: If the temperature of the solar surface is 5800 K, and Wien's law for the peak wavelength of the ... Post by: staedtler on Mar 18, 2017 If the temperature of the solar surface is 5800 K, and Wien's law for the peak wavelength of the spectrum of the Sun, assumed to be a blackbody, is given by max T = 2.9 × 106, with T in Kelvins and in nanometers (nm), what is the expected dominant wavelength of the Sun?
A) 600 nm B) 500 nm C) 300 nm D) 50 nm Title: Re: If the temperature of the solar surface is 5800 K, and Wien's law for the peak wavelength of ... Post by: discoverer on Mar 18, 2017 Content hidden
Title: Re: If the temperature of the solar surface is 5800 K, and Wien's law for the peak wavelength of the ... Post by: staedtler on May 1, 2017 On behalf of my study group and I, thank you
Title: Re: If the temperature of the solar surface is 5800 K, and Wien's law for the peak wavelength of ... Post by: amandakm on Nov 2, 2019 Thank you for your response
Title: Re: If the temperature of the solar surface is 5800 K, and Wien's law for the peak wavelength of ... Post by: Gianfranco Spinelli on Mar 20, 2020 thank you
Title: Re: If the temperature of the solar surface is 5800 K, and Wien's law for the peak wavelength of ... Post by: Oogabooga123 on May 28, 2020 raw
Title: Re: If the temperature of the solar surface is 5800 K, and Wien's law for the peak wavelength of ... Post by: Danny Hibiki on May 29, 2020 raw indeed
Title: Re: If the temperature of the solar surface is 5800 K, and Wien's law for the peak wavelength of ... Post by: buseee on Oct 30, 2020 thank you
Title: Re: If the temperature of the solar surface is 5800 K, and Wien's law for the peak wavelength of ... Post by: juviabby_17 on Oct 31, 2020 Thanks
Title: Re: If the temperature of the solar surface is 5800 K, and Wien's law for the peak wavelength of ... Post by: Damien Estrada on Nov 1, 2020 Thank you
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