1) Answer the questions about the following data table You are interested oxygen consumption among different species of blennies. Typically, as animals get larger, their oxygen consumption increases. You want to see if this trend applies to the blennies you study. The smallest blenny is the redlip blenny, followed by the bay blenny and then the seaweed blenny (ordered by size in the table). Seaweed Redlip Blenny Bay Blenny Blenny a) First you want to sum up the oxygen consumption for all the trials for each blenny, but you want to leave out the rst two trials to account for any acclimation errors. Write the 3 summation notations for each blenny with exclusion of the rst two trials, and solve. (assume normal numbering for columns and rows) b You nd out that our data isn't normal, and the last trial turns out to be outliers. You want to square Y root transform each value, and then sum each goby, but remember now you are removing the last row along with the rst two. Write each summation notation and solve. 2) Now you want to take a rst look at your data using descriptive statistics. Calculate the mean, variance, standard deviation, median, IQR and the Cl's for each blenny. 3) You've studied 3 species in warmer water, now you're interested in studying a blenny that lives in the colder UK waters, the Tompot Blenny. You assume that the oxygen consumption measurements above of the 3 warmer water species represent all blenny species pretty well if you were to average them. a) In excel, average all the oxygen consumption rates for the 3 species you have studied. What variable is this going to represent? b) From your physiology class, you know that animals that live in colder environments typically have slower metabolism and thus lower oxygen consumption rates. Before you run your tests on the Tompot Blenny, create your alternative and null hypotheses based on this information. c) Test your hypothesis, and report the following variables: d) What is the conclusion of your study? Explain