A B C D E

State	Cans	Price	Income	Temp	Population
Alabama	200	2.19	13	66	4,903,185
Arizona	150	1.99	17	62	7,278,717
Arkansas	237	1.93	11	63	3,017,825
California	135	2.59	25	56	39,512,223
Colorado	121	2.29	19	52	5,758,736
Connecticut	118	2.49	27	50	3,565,287
Delaware	217	1.99	28	52	973,764
Florida	242	2.29	18	72	21,477,737
Georgia	295	1.89	14	64	10,617,423
Idaho	85	2.39	16	46	1,787,065
Illinois	114	2.35	24	52	12,671,821
Indiana	184	2.19	20	52	6,732,219
Iowa	104	2.21	16	50	3,155,070
Kansas	143	2.17	17	56	2,913,314
Kentucky	230	2.05	13	56	4,467,673
Louisiana	269	1.97	15	69	4,648,794
Maine	111	2.19	16	41	1,344,212
Maryland	217	2.11	21	54	6,045,680
Massachusetts	114	2.29	22	47	6,949,503
Michigan	108	2.25	21	47	9,986,857
Minnesota	108	2.31	18	41	5,639,632
Mississippi	248	1.98	10	65	2,976,149
Missouri	203	1.94	19	57	6,137,428
Montana	77	2.31	19	44	1,068,778
Nebraska	97	2.28	16	49	1,934,408
Nevada	166	2.19	24	48	3,080,156
New Hampshire	177	2.27	18	35	1,359,711
New Jersey	143	2.31	24	54	8,882,190
New Mexico	157	2.17	15	56	2,096,829
New York	111	2.43	25	48	19,453,561
North Carolina	330	1.89	13	59	10,488,084
North Dakota	63	2.33	14	39	762,062
Ohio	165	2.21	22	51	11,689,100
Oklahoma	184	2.19	16	82	3,956,971
Oregon	68	2.25	19	51	4,217,737
Pennsylvania	121	2.31	20	50	12,801,989
Rhode Island	138	2.23	20	50	1,059,361
South Carolina	237	1.93	12	65	5,148,714
South Dakota	95	2.34	13	45	884,659
Tennessee	236	2.19	13	60	6,833,174
Texas	222	2.08	17	69	28,995,881
Utah	100	2.37	16	50	3,205,958
Vermont	64	2.36	16	44	623,989
Virginia	270	2.04	16	58	8,535,519
Washington	77	2.19	20	49	7,614,893
West Virginia	144	2.11	15	55	1,792,147
Wisconsin	97	2.38	19	46	5,822,434
Wyoming	102	2.31	19	46	578,759

Consider the soft drink data above . This is a demand function.Use Excel and Ordinary Least Squares Regression to estimate the following demand equation for soft drink demand: Use the all the data from Columns A through column E to estimate the Softdrink demand schedule: CANS = + 1*PRICE + 2*INCOME + 3*TEMP + 4*POPULATION. What is the R Square?