ECO301 - Regression Analysis

I am trying to use excel regression for regression analysis for Milestone one, module 2-3 for regression analysis. When I run it, I am only getting these results:

Price per Billions Trillions Million of of BTUs BTU Dollars Millions Quantity Price GDP Population Alabama 325.2 21.09 154.1 4,785 Alaska 34.8 27.17 45 714 Arizona 323.6 21.85 228.5 6,413 Arkansas 176.2 21.34 91.8 2,922 California 1,835.70 24.05 1,731.80 37,338 Colorado 260.8 21.35 235.2 5,048 Connecticut 184.7 22.99 211.3 3,575 Delaware 54.7 21.95 56.2 605 Dist. of Col. 12.7 23.08 90.7 605 Florida 998.3 21.17 673.4 18,839 Georgia 599.9 20.41 362 9,712 Hawaii 50.3 27.17 59.3 1,363 Idaho 82 23.01 50.7 1,571 Illinois 600.3 21.92 581.3 12,842 Indiana 369.6 21.18 245.4 6,491 lowa 195.1 21.54 127.7 3,050 Kansas 146.1 21.39 114 2,859 Kentucky 272.9 21.9 144.6 4,347 Louisiana 280.4 21.2 195.2 4,545 Maine 83.2 22.85 46 1,327 Maryland 329.3 22.05 264.9 5,786 Massachusetts 344.3 22.17 342.1 6,555 Michigan 558.9 21.4 344.9 9,877 Minnesota 310.7 22.32 243.4 5,311 Mississippi 201.7 21.16 87.1 2,970 Missouri 392.4 20.9 217.3 5,996 Montana 60.2 22.91 31.8 991 Nebraska 103.8 22.13 79.7 1,830 Nevada 134 22.75 111.6 2,704New Hampshire 88.5 22.19 54.6 1,317 New Jersey 517.6 21.26 438.7 8,800 New Mexico 110.9 22.01 72.8 19,395 New York 712.4 22.32 1,034.30 9,560 North Carolina 544.5 21.99 380.6 675 North Dakota 45.6 22.87 31.3 675 Ohio 618 22.01 426.1 11,538 Oklahoma 232.4 20.95 133.5 3,760 Oregon 187 23.33 166.7 3,838 Pennsylvania 633.9 22.54 505.9 1,053 Rhode Island 48.1 22.79 44 1,053 South Carolina 325.6 20.69 145.1 4,637 South Dakota 51.7 22.29 36.3 817 Tennessee 387.9 21.26 228.7 6,357 Texas 1,511.20 21.08 1,106.20 25,253 Utah 125.3 22.9 102.8 2,775 Vermont 40.5 22.96 23.1 626 Virginia 499.9 21.35 380.6 8,024 Washington 328.6 24.05 306.6 6,743 West Virginia 105.4 23.05 56 1,854 Wisconsin 313.9 22.63 221.3 5,692 Wyoming 40.1 21.45 34.4 565 Source: U.S. Department of Energy, Energy Information Agency http://www.eia.gov/beta/state/seds/seds-data-complete.cfm#ConsumptionSUMMARY OUTPUT Regression Statistics Multiple R 0.889784 R Square 0.791716 Adjusted R Square 0.778421 Standard Error 45.39571 Observations 51 ANOVA df SS MS F Significance F Regression 3 368163.6715 122721.2238 59.55115 4.83988E-16 Residual 47 96856.19835 2060.770178 Total 50 465019.8698 Coefficients Standard Error t Stat P-value Lower 95% Upper 95%ower 95.09pper 95.0% Intercept -18.4498 45.28617197 -0.407405649 0.68556 -109.5538676 72.65418 -109.554 72.65418 Price 0.138429 2.788582009 0.049641374 0.960619 -5.471474268 5.748332 -5.47147 5.748332 GDP 0.170079 0.03916474 4.34264555 7.45E-05 0.091289291 0.248868 0.091289 0.248868 Population 0.005281 0.001791238 2.948036043 0.004967 0.001677128 0.008884 0.001677 0.00888456 SUMMARY OUTPUT 57 58 Regression Statistics 59 Multiple R 0.052853 60 R Square 0.002793 61 Adjusted R Square -0.01756 62 Standard Error 2.333434 63 Observations 51 64 65 ANOVA 66 df SS MS F gnificance F 67 Regression 1 0.747374 0.747374 0.137261 0.712616 68 Residual 49 266.8007 5.444913 69 Total 50 267.5481 70 71 Coefficientsandard Err, t Stat P-value Lower 95%Upper 95%ower 95.09pper 95.0% 72 Intercept 16.0087 0.382473 41.8558 5.14E-40 15.24009 16.77731 15.24009 16.77731 73 X Variable 1 0.001268 0.003422 0.370487 0.712616 -0.00561 0.008144 -0.00561 0.008144