If the typical temperature of a red giant is 3000 K, at what wavelength is its radiation the brightest? Use the electromagnetic spectrum in the figure below to help you answer this question.
A) 1 $\mu$m-infrared wavelengths
B) 1 $\mu$m-red visible wavelengths
C) 20$\mu$m-infrared wavelengths
D) 20 $\mu$m-red visible wavelengths
E) 700 $\mu$m-red visible wavelengths

Question

If the typical temperature of a red giant is 3000 K, at what wavelength is its radiation the brightest? Use the electromagnetic spectrum in the figure below to help you answer this question. 
A) 1 $\mu$m-infrared wavelengths 
B) 1 $\mu$m-red visible wavelengths 
C) 20$\mu$m-infrared wavelengths 
D) 20 $\mu$m-red visible wavelengths 
E) 700 $\mu$m-red visible wavelengths

Quizplus · Accepted Answer

The Answer of If the typical temperature of a red giant is 3000 K, at what wavelength is its radiation the brightest? Use the electromagnetic spectrum in the figure below to help you answer this question. 
A) 1 $\mu$m-infrared wavelengths 
B) 1 $\mu$m-red visible wavelengths 
C) 20$\mu$m-infrared wavelengths 
D) 20 $\mu$m-red visible wavelengths 
E) 700 $\mu$m-red visible wavelengths

If the Typical Temperature of a Red Giant Is 3000 μ\muμ

If the Typical Temperature of a Red Giant Is 3000 $\mu$