Table 1: Values of the shear parameters b and cat different fractional radii.
$r/R_{\odot}$ b $r/R_{\odot}$ c

$\times 10^{-6}$ s^-1 $\times 10^{-6}$ s^-1

$\leq$ 0.9500 0.0000 $\leq$ 0.950 0.0000

0.9500-0.9740 -2.5558 0.95-0.971 2.2568

0.9740-0.9850 4.7295 0.971-0.979 3.1034

0.9850-0.9932 -6.0004 0.979-0.983 1.1111

0.9932-0.9970 0.0453 0.983-0.988 8.0645

0.9970-0.9981 -27.420 0.988-0.992 -12.9633

0.9981-0.9992 42.5677 0.992-0.996 -16.6667

0.9992-1.0000 -80.4253 0.996-0.998 -14.2857

- 0.998-0.999 21.2500

- 0.999-1.000 28.5714

**Table 1:** Values of the shear parameters b and cat different fractional radii.
$r/R_{\odot}$	b	$r/R_{\odot}$	c
	$\times 10^{-6}$ s^-1		$\times 10^{-6}$ s^-1
$\leq$ 0.9500	0.0000	$\leq$ 0.950	0.0000
0.9500-0.9740	-2.5558	0.95-0.971	2.2568
0.9740-0.9850	4.7295	0.971-0.979	3.1034
0.9850-0.9932	-6.0004	0.979-0.983	1.1111
0.9932-0.9970	0.0453	0.983-0.988	8.0645
0.9970-0.9981	-27.420	0.988-0.992	-12.9633
0.9981-0.9992	42.5677	0.992-0.996	-16.6667
0.9992-1.0000	-80.4253	0.996-0.998	-14.2857
-		0.998-0.999	21.2500
-		0.999-1.000	28.5714

Source LaTeX | All tables | In the text

	1 Introduction
	2 Physical model and equations
	3 Approximative analysis
	4 Numerical results for observed velocity profiles
	5 Discussion
	6 Conclusions
	References