l\" Count 60 \"radioactive nuclei" (i.e., 60 candies: M&Ms that look like smarties or Skittles; works best with M&Ms!). Write that number in the data table below under the heading \"# of Actual Radioactive Nuclei\" for toss number 0. In the column marked \"Prediction for Next Toss\" write the number of radioactive nuclei you think you will have with your next toss (Toss 1, Le, after one~half life). (Radioactive nuclei will be those candies with the MM. Place your "nuclei" in a bag, shake the bag, and then pour the \"nuclei\" onto a white/blank sheet of paper. Separate the \"nuclei" into two piles, ene with the marked side up ("decayed nuclei" and no longer radioactive) and the other with the madsedjidedgwn (\"radioactive nuclei\"). Count the number of \"nuclei" in each pile. On your data table, record the number of "radioactive nuclei" candies with the marked side down. Predict how many radioactive \"nuclei" you will have after the next toss. Return onl the \"r io ctive nuclei" to our b . (You decide what to do with the \"decayed nuclei\" or those with the marked side up; i.e., eat them ). Continue this process until you have completed 5 tosses. # of Actual Prediction for Next Toss Class Average it of Class Average # of Radioactive Nuclei {your trial) Actual Radioactive Predicted Radioactive (your trial) Nuclei (5 trials) Nuclei {5 trials)