Complete block design

Based on the graph depicting the relationship between two variables, you would conclude the 10 .. Co 6 .. .. . variable 2 4 . . . 2 O a b C variable 1 A. independent variable: discreteominal; relationship best tested with univariate test (e.g. analysis of variance) O B. independent variable: continuous; relationship best tested with bivariate test (e.g. linear regression) O C. dependent variable: discreteominal; relationship best tested with contingency test (e.g. chi-square) O D. dependent variable: continuous; relationship best tested with bivariate test (e.g. linear regression)Based on the graph depicting the relationship between two variables, you would conclude the 10 .. ... variable 2 4 ... ... N O a b C variable 1 ()A. independent variable: discreteominal; relationship best tested with univariate test (e.g. analysis of variance) ). independent variable: continuous; relationship best tested with bivariate test (e.g. linear regression) " dependent variable: discreteominal; relationship best tested with contingency test (e.g. chi-square) dependent variable: continuous; relationship best tested with bivariate test (e.g. linear regression)(b) The ANOVA table below shows the result of an experiment using randomized complete block design. Source d.f. Treatment 498 Block M ND Error 108 Total 662 Using a = 0.05, test to determine whether there is sufficient evidence to indicate differences among, treatment means, block means