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Problem 3 Activation of Cloud Condensation Nuclei Here we are interested in understanding the impact of different mixtures on cloud condensa- tion nuclei (CCN) growth and activation. We built an artificial cloud chamber to study this process. The figure below shows Kohler curves for two mixtures (colored lines; labeled "A" and "B") and six droplets (colored dots; labeled 1-6). 0.5- 0.4. Super- saturation 2 0.3 0.2- 5 0.1- 100 6 90. Relative humidity A B 80 0.01 0.1 Droplet radius (um) 1. For the six droplets, determine if the droplet is in equilibrium, condensing, or evapo- rating. Do this for both Kohler curves. Explain your reasoning. [10 points] 2. For the six droplets, classify each droplet as activated or unactivated. If unactivated, state whether or not the droplet will eventually become activated. Do this for both Kohler curves. Explain your reasoning. [10 points]