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INTERDISCIPLINARY JOURNAL OF CONTEMPORARY RESEARCH IN BUSINESS<br />

Annexure<br />

Variables<br />

Augmented Dickey<br />

Fuller Test Statistic<br />

(At Level)<br />

Table 1: Unit Root Test<br />

Augmented Dickey<br />

Fuller Test Statistic<br />

(At First Difference)<br />

Phillips-Perron Test<br />

Statistic (at level)<br />

COPY RIGHT © 2011 Institute <strong>of</strong> <strong>Interdiscipl<strong>in</strong>ary</strong> Bus<strong>in</strong>ess <strong>Research</strong> 246<br />

JANUARY 2011<br />

VOL 2, NO 9<br />

Phillips-Perron Test<br />

Statistic<br />

(at first difference)<br />

lnFDI -0.71 -5.00* -0.73 -5.00*<br />

lnMS 1.84 -3.84* 1.94 -3.81*<br />

lnER -1.49 -3.86* -1.43 -3.60**<br />

CT -0.27 -4.27* -0.31 -4.28*<br />

Note: *and ** show significance level at 1% and 5% respectively<br />

Table 2: F-Statistic for Test<strong>in</strong>g the Existence <strong>of</strong> Long-Run Relationship<br />

Order <strong>of</strong> Lag F-Statistics<br />

3 6.84<br />

Note: The lower and upper bound values 4.29 and 5.61 at 99%) for F-Statistics are taken from Table CI(iii) case III:<br />

Unrestricted <strong>in</strong>tercept and no trend given <strong>in</strong> Pesaran et al. (2001)<br />

Table 3: Long Run Results <strong>of</strong> ARDL (3,1,1,2) Model<br />

Dependent Variable “ln(FDI)”<br />

Regressor Coefficient Standard Error t-Ratio p-value<br />

Constant -123.56 29.26 -4.22 0.001<br />

ln(MS) 5.60 1.28 4.36 0.001<br />

ln(ER) -3.42 1.03 -3.32 0.005<br />

CT -0.02 0.04 -0.44 0.670<br />

Table 4: Error Correction Representation <strong>of</strong> the Selected ARDL (3,1,1,2) Model<br />

Dependent Variable “∆ln(FDI)”<br />

Regressor Coefficient Standard Error t-Ratio p-value<br />

∆ ln(MS) -0.56 0.84 -0.67 0.513<br />

∆ ln(ER) -4.77 1.28 -3.73 0.002<br />

∆ CT -0.02 0.01 -3.37 0.004<br />

ECM(-1) -0.64 0.16 -3.93 0.001<br />

R 2 = 0.82 , Adj. R 2 = 0.70, F(7,17)=9.42(0.000), D.W.Statistic=1.92

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