Assume that the following tables are the results of Diagnostic tests.Why do you use the following test? What is the Null hypothesis? Interpret the results. White Test F-statistic3.017495 Prob. F(14,29)0.58Obs*R-squared26.08995 Prob. Chi-Square(14)0.52 Why do you use the following test? What is the Null hypothesis? Interpret the results. Lagrange multiplier (LM) test F-statistic22.78404 Prob. F(1,38)0.0000Obs*R-squared16.49278 Prob. Chi-Square(1)0.0000 Why do you use the following test? How can you interpret the results? Variance Inflation Factors CoefficientUncenteredCenteredVariableVarianceVIFVIF X1 0.001438 22.72241 2.182004X2 9.97E-06 60.45703 1.131453X3 0.000168 21.79071 1.616571X4 2.29E-26 55.52573 2.024407C 67.86763 200.8165 NA

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Description: Assume that the following tables are the results of Diagnostic tests.Why do you use the following test? What is the Null hypothesis? Interpret the results. White Test F-statistic3.017495 Prob. F(14,29)0.58Obs*R-squared26.08995 Prob. C

1. White test is a statistical test that is used to establish whether the variance of the errors in…

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MATLAB: An Introduction with Applications

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Author:Amos Gilat

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Assume that the following tables are the results of Diagnostic tests.

Why do you use the following test? What is the Null hypothesis? Interpret the results.

White Test


F-statistic	3.017495	Prob. F(14,29)	0.58
Obs*R-squared	26.08995	Prob. Chi-Square(14)	0.52

Why do you use the following test? What is the Null hypothesis? Interpret the results.

Lagrange multiplier (LM) test


F-statistic	22.78404	Prob. F(1,38)	0.0000
Obs*R-squared	16.49278	Prob. Chi-Square(1)	0.0000

Why do you use the following test? How can you interpret the results?

Variance Inflation Factors


	Coefficient	Uncentered	Centered
Variable	Variance	VIF	VIF


X1	0.001438	22.72241	2.182004
X2	9.97E-06	60.45703	1.131453
X3	0.000168	21.79071	1.616571
X4	2.29E-26	55.52573	2.024407
C	67.86763	200.8165	NA

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