Question 9 1 pts You regress the number of calories each person typically eats in a day (Calories) on whether they live alone (LiveAlone). LiveAlone is a binary variable. You estimate the coefficient on LiveAlone to be 300. You know that the average person who does not live alone eats 1700 calories a day on average. How many calories per day does the average person who does live alone eat?Question 6 1 pts You regress Y on X and Z and get the following set of results (which I've adjusted to be nice and round so the calculations in this problem are easy. No significance stars are shown): feols(y ~ x + Dependent Var. : (Intercept) 0. 2500 (0. 1250) 0. 3000 (0.1030) 7 0. 4030 (0.2000) S. E. type IID Observations 10 RZ 0.17734 Adj. RZ -0.05770 Standard errors are in parentheses. Calculate the t-statistic that tests whether the coefficient on x is equal to .05