Table 2: Measured values of Fourier transform zeros and calculated parameters $v~\sin{i}$ , v and i. For $v~\sin{i}$ formal and estimated systematic errors are given. For $1\sigma$ and $2\sigma$ confidence levels in v and i, signal-to-noise ratios of the broadening function of 1000 and 500 are adopted, respectively.
Parameter Value

q₁ $(2.91 \pm 0.03)\times10^{-3}$ s km^-1

q₂ $(5.16 \pm 0.08)\times10^{-3}$ s km^-1

$\frac{q_2}{q_1}$ $1.77 \pm 0.03$

$v~\sin{i}$ $(227 \pm 2 \pm 11)$ km s^-1

v <245 km s $^{-1} \quad (1\sigma)$

<305 km s $^{-1} \quad (2\sigma)$

i >68 $^{\circ} \quad (1\sigma)$

>45 $^{\circ} \quad (2\sigma)$

**Table 2:** Measured values of Fourier transform zeros and calculated parameters $v~\sin{i}$ , v and i. For $v~\sin{i}$ formal and estimated systematic errors are given. For $1\sigma$ and $2\sigma$ confidence levels in v and i, signal-to-noise ratios of the broadening function of 1000 and 500 are adopted, respectively.
Parameter	Value
q₁	$(2.91 \pm 0.03)\times10^{-3}$ s km^-1
q₂	$(5.16 \pm 0.08)\times10^{-3}$ s km^-1
$\frac{q_2}{q_1}$	$1.77 \pm 0.03$
$v~\sin{i}$	$(227 \pm 2 \pm 11)$ km s^-1
v	<245 km s $^{-1} \quad (1\sigma)$
	<305 km s $^{-1} \quad (2\sigma)$
i	>68 $^{\circ} \quad (1\sigma)$
	>45 $^{\circ} \quad (2\sigma)$

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