\begin{table}%t3
%\centering
\par
\caption{\label{tab3}Values and 1-$\sigma$ error limits derived in this work for the jump and physical parameters of the WASP-6 system.}
\begin{tabular}{lcc}
\hline\hline
Parameter  & Value & Units \\
\hline  \noalign {\smallskip}
Transit epoch  $ T_0  $ & $ 2~454~596.43267^{\rm + 0.00015}_{- 0.00010} $  & HJD \\  \noalign {\smallskip}
Orbital period  $ P  $ & $ 3.3610060^{\rm + 0.0000022 }_{- 0.0000035 } $ & days \\  \noalign {\smallskip}
Planet/star area ratio  $ (R_{\rm p}/R_{\rm s})^2 $ & $ 0.02092 ^{\rm + 0.00019 }_{- 0.00025 } $ &  \\  \noalign {\smallskip}
Transit duration  $ t_{\rm T} $ & $ 0.10860^{\rm + 0.00073}_{- 0.00067} $  & days \\  \noalign {\smallskip}
Impact parameter  $ b $ & $ 0.26^{\rm + 0.07}_{- 0.11} $  & $R_*$ \\  \noalign {\smallskip}
RV semi-amplitude  $K$ & $74.3^{\rm +1.7}_{-1.4}$ & \ms \\  \noalign {\smallskip}
$e \cos\omega$ & $-0.007^{\rm +0.011}_{-0.008}$ & \\  \noalign {\smallskip}
$e \sin\omega$  & $0.054^{\rm +0.018}_{-0.017}$ & \\  \noalign {\smallskip}
$V_{\rm rot} \sin I \cos\beta$  &  $1.57^{\rm +0.28}_{-0.10}$& \\  \noalign {\smallskip}
$V_{\rm rot} \sin I  \sin\beta$  &  $0.32^{\rm +0.49}_{-0.50}$ & \\  \noalign {\smallskip}
Orbital semi-major axis $ a $ & $ 0.0421 ^{\rm + 0.0008}_{- 0.0013} $  & AU \\  \noalign {\smallskip}
Orbital inclination  $ i $ & $ 88.47^{\rm + 0.65 }_{- 0.47} $ & degrees \\  \noalign {\smallskip}
Orbital eccentricity $ e $ & $ 0.054^{\rm + 0.018 }_{- 0.015} $ &  \\  \noalign {\smallskip}
Argument of periastron  $ \omega $ & $1.70^{\rm +0.12}_{-0.23}$  & rad  \\  \noalign {\smallskip}
Spin-orbit angle $ \beta$    &   $0.20^{\rm +0.25}_{-0.32}$  & rad  \\  \noalign {\smallskip}
Stellar mass  $ M_\ast $ & $ 0.880^{\rm + 0.050 }_{- 0.080}$ & $M_\odot$ \\  \noalign {\smallskip}
Stellar radius  $ R_\ast $ & $ 0.870^{\rm + 0.025}_{- 0.036} $ & $R_\odot$ \\  \noalign {\smallskip}
Stellar surface gravity  $ \log g_* $ & $4.50 \pm 0.06 $ & [cgs] \\  \noalign {\smallskip}
Stellar density  $ \rho_\ast $ & $ 1.34^{\rm + 0.11}_{- 0.10} $ & $\rho_\odot$ \\  \noalign {\smallskip}
Projected rotational velocity $V_{\rm rot} \sin I$ & $1.60^{\rm +0.27}_{-0.17}$ & \kms \\
\noalign {\smallskip}    
Planet radius  $ R_{\rm p} $ & $ 1.224 ^{\rm + 0.051}_{- 0.052} $ & $R_{\rm J}$ \\  \noalign {\smallskip}
Planet mass  $ M_{\rm p} $ & $ 0.503 ^{\rm + 0.019}_{- 0.038} $  & $M_{\rm J}$ \\  \noalign {\smallskip}
Planetary surface gravity  $ \log g_{\rm p} $ & $  2.940 \pm  0.063$ & [cgs] \\  \noalign {\smallskip}Planet density  $ \rho_{\rm p} $ & $0.27 \pm 0.05$&  $\rho_{\rm J}$ \\  \noalign {\smallskip}
Planet temperature ($A=0, f=1/4$)   $ T_{\rm eff} $ & $1194^{\rm +58}_{-57}$ &  K \\  
\hline
\end{tabular}
\end{table}