6. Convert Observed Frequency into a probability Distribution. Random Variable, X-number of days a randomly chosen student from our class has been absent (so far). Write probabilities as accurate decimals (no rounding)

Lorelai conducted a survey of students in her class to observe the distribution of eye color. The table shows the results of her survey. Round your probabilities to the nearest hundredth. Eye Color Blue Brown Green Hazel Occurrence 40 58 7 14           Determine the empirical probability distribution for the given eye color. P(blue)

If a graph represents a probability distribution, then the total area under the curve is what?

6. A study was conducted to determine the number of emergency calls per day received by the Conestoga Valley Fire Company. The data are shown here: # of phone calls Frequency 5 7 8 28 32 21 10 (a) Construct a probability distribution for the number of phone calls. (b) Find the mean number of phone calls, rounded to the nearest tenth.