Suppose that you are trying to measure the growth rate of cancer cells. The research lab you work in just purchased a new equipment that is able to automatically compute the number of cells in a petri dish every hour. You have been collecting data for the past week but the equipment suddenly stopped working. You are unable to collect data until the end of day, when the manufacturer comes in and repairs the equipment. During this time you have missing data. You resume data collection for another week. Your data collection looks like: 21, 22, Xm ..., Im, NA, NA, NA, NA, ..., NA, NA, Im+1, Im+2, ..., IN where N A is not a number. You are still interested in finding the average growth rate of the cancer cells. Using the concepts we learned in class, how would you pose the problem in order to find the average cellular growth rate? Your answer should provide the overall steps to take in order to solve this problem. Suppose that you are trying to measure the growth rate of cancer cells. The research lab you work in just purchased a new equipment that is able to automatically compute the number of cells in a petri dish every hour. You have been collecting data for the past week but the equipment suddenly stopped working. You are unable to collect data until the end of day, when the manufacturer comes in and repairs the equipment. During this time you have missing data. You resume data collection for another week. Your data collection looks like: 21, 22, Xm ..., Im, NA, NA, NA, NA, ..., NA, NA, Im+1, Im+2, ..., IN where N A is not a number. You are still interested in finding the average growth rate of the cancer cells. Using the concepts we learned in class, how would you pose the problem in order to find the average cellular growth rate? Your answer should provide the overall steps to take in order to solve this