D Question 40 2.5 pts A gas utility analyzed temperature data (X) and natural gas consumption measured in therms () for 11 data points from prior years. Using the summarized information below, calculate the correlation between temperature and therms, the coefficient of determination, the standard error of the regression and the t calculated you would get from a hypothesis test with a null stating the true population slope equals zero. The sum of X = 561.2000 The sum of each X value after squaring them = 34,111.1200 The sum of Y = 368.8600 The sum of each Y value after squaring them = 15,816.4362 The sum of each X multiplied by its corresponding Y (sum([xy]) = 15,205.3990 SSxx = 5,479.7164, SSyy = 3,447.5544, SSxy = -3,613.1675 O correlation = 10.8788, coefficient of determination = 0.1470, standard error of the regression = 1,065.1355, t Irse calculated = -3.1407 O correlation = 0.6910, coefficient of determination = -0.8313, standard error of the regression = 1,065.1355, t calculated = -5.3841 O correlation = -0.8313, coefficient of determination = 0.6910, standard error of the regression = 0.1470, t urces calculated = -4.4867 Inner correlation = -0.8313, coefficient of determination = 0.6910, standard error of the regression = 10.8788, t calculated = -4.4867 O correlation = 0.6910, coefficient of determination = -0.8313, standard error of the regression = 10.8788, t calculated = -4.4867