$1.$ Using Excel, regress Trips on Cost. Below, report the results from your regressionCoefficientsStandardErrorIntercept$17\mathrm{.}33$Cost$189$t Stat$9\mathrm{.}15$P$-$value$4\mathrm{.}05$ E $-16$Regression StatisticsMultiple R$0\mathrm{.}372$R Square$0.14$Adjusted R Square$0\mathrm{.}133$Standard Error$17\mathrm{.}93$Observations$1512.$ Write down the equation of your regression line$\mathrm{.}17$:$32-0\mathrm{.}02$costTrips $=17\mathrm{.}32-002$ costTrips $=017.32=0\mathrm{.}02$ co$5+$D$\mathrm{.}020002$C$=866(5=(1)/(2)2[7\mathrm{.}32(866)=$ $$75001513.$ Use the number of observations to calculate CS per person.CS $=1500-49\mathrm{.}661514.$ Find the average number of trips in the sample.Avg # of trips a$11\mathrm{.}415.$ Calculate consumer surplus per trip$7500$CS$/$AriP $=11,41=656-95$