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Data Set State Hospitalizations per million Vaccinations per 1000 Population Density Alabama 100.639263 165.2914332 96.9221 Alaska 44.95900556 306.9187822 1.2863 Arizona 130.5144383 207.9908176 64.955 Arkansas 110.2336658

Data Set

State Hospitalizations per million Vaccinations per 1000 Population Density
Alabama 100.639263 165.2914332 96.9221
Alaska 44.95900556 306.9187822 1.2863
Arizona 130.5144383 207.9908176 64.955
Arkansas 110.2336658 211.3676247 58.403
California 107.4429091 189.5271383 256.3727
Colorado 55.76914721 190.6155237 56.4011
Connecticut 120.1208955 229.3593431 735.8689
Delaware 105.809878 181.5087064 504.3073
Florida 150.3661281 192.0937062 410.1256
Georgia 187.0332494 174.5912536 186.6719
Hawaii 19.11251395 235.7471967 219.9419
Idaho 82.13975148 183.028175 22.0969
Illinois 90.1286462 181.2461798 228.0243
Indiana 97.25212346 193.9234027 188.281
Iowa 52.51821706 180.8328006 56.9284
Kansas 80.74610778 169.4173601 35.5968
Kentucky 124.0084877 182.5384937 113.9566
Louisiana 114.5272179 186.6401848 107.5175
Maine 49.78488471 195.9325006 43.6336
Maryland 134.4705575 184.3948069 626.6731
Massachusetts 95.31867757 205.2246962 894.4355
Michigan 86.2117969 203.3182781 177.6655
Minnesota 39.29362 194.0585591 71.5922
Mississippi 140.1684698 173.5727237 63.7056
Missouri 154.7995144 168.8449363 89.7453
Montana 57.97053441 203.4259666 7.4668
Nebraska 70.16393778 186.5628377 25.4161
Nevada 127.0839053 185.7523972 28.5993
New Hampshire 49.58993499 185.1958 153.1605
New Jersey 200.5242725 196.0679786 1215.1991
New Mexico 80.60515873 278.6243704 17.285
North Carolina 111.1020856 201.9419401 218.2702
North Dakota 30.19470332 231.0170495 11.0393
Ohio 69.80093285 180.1016438 287.5038
Oklahoma 87.48815686 218.3883923 57.6547
Oregon 36.73488272 195.5400132 44.8086
Pennsylvania 123.7824742 178.0716578 286.5449
Rhode Island 133.5023732 186.0748503 1021.4323
South Carolina 111.1304112 186.1476614 173.3174
South Dakota 79.73183526 234.5666298 11.9116
Tennessee 123.3766761 146.9152351 167.2748
Texas 160.1843358 149.8316639 112.8204
Utah 64.592496 178.1991186 39.943
Vermont 49.35826297 210.0385154 68.1416
Virginia 130.6483835 202.821124 218.4403
Washington 55.27699739 183.2402965 117.3272
West Virginia 100.6709522 233.5672949 73.9691
Wisconsin 42.55134443 208.4961193 108.0497
Wyoming 37.03540408 232.6987346 5.84

1. You estimate a regression with coronavirus hospitalizations per million people as the dependent variable and vaccinations per 1000 people as the only independent variable. What is your estimated slope from this regression?

Round to four decimal places.

is -0.419, correct?

2. You estimate a regression with coronavirus hospitalizations per million people as the dependent variable and vaccinations per 1000 people as the only independent variable. Is your estimated slope from this regression statistically significant at the 5% significance level?

Group of answer choices

is yes, correct?

3. You estimate a regression with coronavirus hospitalizations per million people as the dependent variable and vaccinations per 1000 people as the only independent variable. According to the regression results, approximately what proportion of the variation in coronavirus hospitalizations per million people across states can be explained by variation in vaccinations per 1000 people across states?

is 15%, correct?

4. Now you add population density by state as a second independent variable to your regression. So you run a regression with coronavirus hospitalizations per million people as the dependent variable, and both vaccinations per 1000 people and population density as independent variables.

What is the effect of vaccinations per 1000 people on coronavirus hospitalizations per million people holding population density constant?

Use conventional levels of significance (1%, 5%, and 10%) when determining your answer.

is Positive and statistically significant, correct?

5. How muchmoreof the variation in coronavirus hospitalizations per million can be explained after adding population density as an additional independent variable to your regression?

Group of answer choices

is 35%, correct?

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