6) Chi test for differences between NaCl concentrations that you identify as interesting a) tell why this relationship seems interesting to you. Treatment level (Concentration of NaCl in Osmoles/liter) o.1 0.5 Germinated seeds Observed 50 Expected 47.8 47.8 Deviation (d=0 - e) 2.2 -38.8 deviation? (da) 4.84 -1,505.44 (d?/e) 0.1012 -31.4945 Seeds Not Germinated Observed 41 Expected 12.2 12.2 Deviation (d= 0 - e) - 12.2 28.8 deviation? (d) -148.84 829.44 (d2/e) ~12.2 67.9868 b) Calculate x = Ed?/er. c) Calculate the degrees of freedom for this test: (df = [number of possible outcomes 1] x [number of treatment levels - 1] =. d) Go to a Chi-square distribution table to find the p value. e) is there a significant difference among the 6 treatment levels? 6) Chi test for differences between NaCl concentrations that you identify as interesting a) tell why this relationship seems interesting to you. Treatment level (Concentration of NaCl in Osmoles/liter) o.1 0.5 Germinated seeds Observed 50 Expected 47.8 47.8 Deviation (d=0 - e) 2.2 -38.8 deviation? (da) 4.84 -1,505.44 (d?/e) 0.1012 -31.4945 Seeds Not Germinated Observed 41 Expected 12.2 12.2 Deviation (d= 0 - e) - 12.2 28.8 deviation? (d) -148.84 829.44 (d2/e) ~12.2 67.9868 b) Calculate x = Ed?/er. c) Calculate the degrees of freedom for this test: (df = [number of possible outcomes 1] x [number of treatment levels - 1] =. d) Go to a Chi-square distribution table to find the p value. e) is there a significant difference among the 6 treatment levels