**Question:**What is the frequency \( f_{\text{max}} \) of the maximum (peak) in the blackbody distribution of a blackbody at 3000 K?Give your answer to 2 significant figures in THz (terahertz).**Resource:**[Formulas.pdf (Click here -->)](URL/link_placeholder) **Explanation:**In a blackbody distribution, the frequency \( f_{\text{max}} \) at which the peak emission occurs can be determined using Wien's displacement law. This problem requires using the given temperature of 3000 K to find the frequency at the peak of the blackbody radiation curve, and then expressing this frequency in terahertz (THz).**Details:**1. Use the provided **“Formulas.pdf”** link to access necessary formulas for solving problems related to blackbody radiation.2. Measurements and calculations should be done to two significant figures as asked in the question.The presence of additional graphs or diagrams is not noted, so there are no visuals to explain. For further details, consult the provided PDF resource.

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What is the frequency fmax of the maximum (peak) in the blackbody distribution of a blackbody at 3000 K? Give your answer to 2 significant figures in THz (terahertz). Formulas.pdf (Click here-->)