Explain the extent to which the equipartition theorem applies to electromagnetic radiation in a box. Which part of your curve from (1) does it predict correctly? Explain why it predicts this shape. Which part of your curve from (1) does it predict incorrectly? 3. Essay Question: What do we learn about the equipartition theorem from studying black body radiation? Be sure to address the following points: 1. For which degrees of freedom does the equipartition theorem hold true? 2. How much energy does a degree of freedom get when the equipartition theorem fails? 3. To what extent do your answers above depend on whether we are talking about light, crystals, or gas molecules?