For problems involving Analysis of Variance you must 1 state

For problems involving Analysis of Variance, you must (1) state the type of ANOVA, (2) state the dependent variable, (3) distinguish each causal variable (factor) as fixed or random, (4) present your results in an ANOVA table, (5) explicitly state each null hypothesis that you are testing, and (6) state whether you accept or reject these null hypotheses, (7) include a sentence or two of interpretation.

Mold spores are an important allergen throughout the United States. The spores are produced by fungi that typically grow in damp areas of houses, frequently in the basement. The toxicity of spores can be measured as a continuous variable. A mycologist is interested in whether toxicity varies among houses and whether there is variability between fungal colonies within a house. He randomly selects 12 houses within Lawrence, Kansas. From each house, he collects 3-5 colonies. Each colony is then cultured in the lab and 4 measurements of toxicity are taken for each colony. Perform an appropriate statistical analysis to address the following questions:

(1) What fraction of the total variance in toxicity exists among houses?

(2) What fraction of the total variance in toxicity exists among colonies within houses?

(3) What fraction of the total variance in toxicity is due to other causes?

House
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colony
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sample
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toxicity
9.298
8.8321
10.151
11.9695
12.5622
13.1564
12.8354
12.7085
13.8574
13.6735
13.9577
14.014
19.6143
12.1099
11.1607
14.3877
9.6303
11.5251
13.5257
13.2456
11.5212
16.6228
13.449
12.8039
8.9916
14.0592
11.734
18.3754
16.6488
12.7427
15.247
13.7793
15.4971
10.9496
15.395
15.4436
13.6633
8.5723
11.5221
13.753
12.3472
11.8054
12.7951
10.2802
14.6209
9.3425
17.6556
14.0799
11.1747
14.0067
10.0835
13.7145
12.7371
8.7069
12.9197
10.2389
13.2238
15.1896
14.0563
13.9206
15.2879
14.7543
17.5757
16.4506
12.8807
15.8013
13.3892
15.4365
13.5821
10.0251
8.6979
11.7054
8.6632
14.8384
10.4613
11.172
11.0196
15.6936
11.4945
12.4015
11.8484
12.7177
13.7413
16.9046
14.727
16.5471
15.6806
13.398
14.0476
13.5422
10.2526
11.5225
11.0306
14.2919
15.3419
15.0655
10.0176
11.8189
9.53
13.3368
13.3577
12.4494
12.2015
13.8225
11.8399
12.8012
19.0153
11.4946
18.0754
8.6662
10.1189
7.8228
7.5518
11.5254
8.6214
6.7189
4.1149
6.7526
5.0211
6.251
3.5414
7.9716
4.5155
6.3223
7.3432
8.1353
5.8623
4.4216
7.916
7.7745
7.2963
8.4648
10.1527
9.4531
5.973
8.1629
5.9986
6.7521
5.0924
4.2639
4.5311
6.4798
4.6597
5.3074
8.6838
0.2127
3.5381
7.5896
3.3183
8.2087
6.2731
7.7664
10.5198
8.8524
5.4754
9.3287
8.6138
8.0518
6.7825
3.8927
4.9189
5.1434
6.4783
7.3827
4.325
3.3353
3.5781
6.2514
5.5349
8.1731
8.0694
6.2324
7.8887
9.121
5.855
7.1001
7.6603
7.842
9.5557
6.2851
4.0366
7.4916
7.1382
3.9934
6.2179
6.5281
10.0345
11.0995
10.5485
9.2001
10.1601
11.9453
11.7117
7.1942
6.4935
2.9066
8.2559
9.7269
5.5186
7.7939
7.8775
6.4918
4.8564
5.3798
9.6104
4.5269
13.0787
12.5245
10.1599
5.841
3.6059
8.1057
7.8589
7.8185
9.7366
5.5255
9.0103
6.8941

please send the excel file at - naarbhaiya@gmail.com.

I am unable to copy the data in excel. And its time taking to write all the data manually in excel. So, please send me the file so that I can solve it.

For problems involving Analysis of Variance, you must (1) state the type of ANOVA, (2) state the dependent variable, (3) distinguish each causal variable (facto

For problems involving Analysis of Variance you must 1 state

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