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Aqui você vê as diferenças entre duas revisões dessa página.

--- projetos:apspcs [2009/01/02 11:17] – joel
+++ projetos:apspcs [2009/01/02 11:19] (atual) – joel
@@ Linha 57: / Linha 57: @@
 {{:pessoais:lduque:dadoslucianaduqueinclinacao.csv|Dados do Dendrômetro}}
-<code>
-	Welch Two Sample t-test
-data:  Inclinacao by factor(Familia)
-t = 3.3352, df = 237.873, p-value = 0.0009887
-alternative hypothesis: true difference in means is not equal to 0
-percent confidence interval:
-.02653859 0.10312808
-sample estimates:
-mean in group 11 mean in group 24
-.3349167        0.2700833
- t.test(Inclinacao[meis==1]~Familia[meis==1])
-	Welch Two Sample t-test
-data:  Inclinacao[meis == 1] by Familia[meis == 1]
-t = 0.4278, df = 17.553, p-value = 0.674
-alternative hypothesis: true difference in means is not equal to 0
-percent confidence interval:
- -0.1215350  0.1835350
-sample estimates:
-mean in group 11 mean in group 24
-.505            0.474
-> t.test(Inclinacao[meis==2]~Familia[meis==2])
-	Welch Two Sample t-test
-data:  Inclinacao[meis == 2] by Familia[meis == 2]
-t = 1.0119, df = 17.996, p-value = 0.325
-alternative hypothesis: true difference in means is not equal to 0
-percent confidence interval:
- -0.08179697  0.23379697
-sample estimates:
-mean in group 11 mean in group 24
-.347            0.271
-> t.test(Inclinacao[meis==3]~Familia[meis==3])
-	Welch Two Sample t-test
-data:  Inclinacao[meis == 3] by Familia[meis == 3]
-t = 1.021, df = 17.133, p-value = 0.3215
-alternative hypothesis: true difference in means is not equal to 0
-percent confidence interval:
- -0.07349969  0.21149969
-sample estimates:
-mean in group 11 mean in group 24
-.298            0.229
-> t.test(Inclinacao[meis==4]~Familia[meis==4])
-	Welch Two Sample t-test
-data:  Inclinacao[meis == 4] by Familia[meis == 4]
-t = 1.605, df = 17.661, p-value = 0.1262
-alternative hypothesis: true difference in means is not equal to 0
-percent confidence interval:
- -0.02796802  0.20796802
-sample estimates:
-mean in group 11 mean in group 24
-.301            0.211
-> t.test(Inclinacao[meis==5]~Familia[meis==5])
-	Welch Two Sample t-test
-data:  Inclinacao[meis == 5] by Familia[meis == 5]
-t = 0.6314, df = 17.51, p-value = 0.5359
-alternative hypothesis: true difference in means is not equal to 0
-percent confidence interval:
- -0.09336618  0.17336618
-sample estimates:
-mean in group 11 mean in group 24
-.327            0.287
-t.test(Inclinacao[meis==6]~Familia[meis==6])
-	Welch Two Sample t-test
-data:  Inclinacao[meis == 6] by Familia[meis == 6]
-t = 1.6165, df = 17.785, p-value = 0.1236
-alternative hypothesis: true difference in means is not equal to 0
-percent confidence interval:
- -0.03188598  0.24388598
-sample estimates:
-mean in group 11 mean in group 24
-.422            0.316
-> t.test(Inclinacao[meis==7]~Familia[meis==7])
-	Welch Two Sample t-test
-data:  Inclinacao[meis == 7] by Familia[meis == 7]
-t = 1.2701, df = 16.575, p-value = 0.2216
-alternative hypothesis: true difference in means is not equal to 0
-percent confidence interval:
- -0.04252069  0.17052069
-sample estimates:
-mean in group 11 mean in group 24
-.342            0.278
-> t.test(Inclinacao[meis==8]~Familia[meis==8])
-	Welch Two Sample t-test
-data:  Inclinacao[meis == 8] by Familia[meis == 8]
-t = 2.1657, df = 17.891, p-value = 0.04409
-alternative hypothesis: true difference in means is not equal to 0
-percent confidence interval:
-.003334605 0.222665395
-sample estimates:
-mean in group 11 mean in group 24
-.375            0.262
-> t.test(Inclinacao[meis==9]~Familia[meis==9])
-	Welch Two Sample t-test
-data:  Inclinacao[meis == 9] by Familia[meis == 9]
-t = 2.7336, df = 17.958, p-value = 0.01366
-alternative hypothesis: true difference in means is not equal to 0
-percent confidence interval:
-.02729578 0.20870422
-sample estimates:
-mean in group 11 mean in group 24
-.207            0.089
-> t.test(Inclinacao[meis==10]~Familia[meis==10])
-	Welch Two Sample t-test
-data:  Inclinacao[meis == 10] by Familia[meis == 10]
-t = 0.2025, df = 17.497, p-value = 0.8418
-alternative hypothesis: true difference in means is not equal to 0
-percent confidence interval:
- -0.0939401  0.1139401
-sample estimates:
-mean in group 11 mean in group 24
-.331            0.321
-> t.test(Inclinacao[meis==11]~Familia[meis==11])
-	Welch Two Sample t-test
-data:  Inclinacao[meis == 11] by Familia[meis == 11]
-t = 0.5754, df = 17.598, p-value = 0.5723
-alternative hypothesis: true difference in means is not equal to 0
-percent confidence interval:
- -0.07972366  0.13972366
-sample estimates:
-mean in group 11 mean in group 24
-.246            0.216
-> t.test(Inclinacao[meis==12]~Familia[meis==12])
-	Welch Two Sample t-test
-data:  Inclinacao[meis == 12] by Familia[meis == 12]
-t = 0.5083, df = 17.923, p-value = 0.6175
-alternative hypothesis: true difference in means is not equal to 0
-percent confidence interval:
- -0.09717278  0.15917278
-sample estimates:
-mean in group 11 mean in group 24
-.318            0.287
-> t.test(Inclinacao~factor(Familia))
-</code>
 Joel, estou enviando o arquivo com os dados para determinar as correlações existentes entre as inclinações diárias e os dados meteorológicos do ano de 2007. Neste arquivo tem duas planilhas, uma somente com os dados do ano de 2007 e a outra com os dados de 2007 e algumas informações de dezembro de 2006 para determinar as correlações com os dados meteorológicos dos meses anteriores. Qualquer dúvida me escreva.

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