An experiment was conducted to study the extrusion process of biodegradable packaging foam. Two of the factors considered for their effect on the unit density {mgtmn were the die temperature (145C vs. 155C) and the die diameter (3 mm vs. 4 mm). The results are in the accompanying data table. Complete parts (a) through (e) below. ::: Click the icon to view the data on unit density vs. die temperature and die diameter. a. At the 0.10 level of signicance, is there an interaction between die temperature and die diameter? Determine the hypotheses. Choose the correct answer below. H0: There is no interaction between die temperature and die diameter. H1: There is a positive interaction between die temperature and die diameter. V HO: There is no interaction between die temperature and die diameter. H1: There is an interaction between die temperature and die diameter. H0: There is an interaction between die temperature and die diameter. H1: There is no interaction between die temperature and die diameter. H0: There is no interaction between die temperature and die diameter. H1: There is a negative interaction between die temperature and die diameter. Determine the value ofthe test statistic. FSTAT = (Round to two decimal places as needed.) Unit Density vs. Die Diameter and Die Temperature Die Temperature Die Diameter (mm) Unit Density 145 71.31 145 53.85 145 47.33 145 70.98 145 63.82 145 55.52 145 57.45 145 66.23 145 48.48 145 43.49 145 57.93 145 53.40 155 57.43 155 54.30 155 74.52 155 90.16 155 87.78 155 82.97 155 62.06 155 46.93 155 59.43 155 47.62 155 42.50 155 55.86