Table 3: Proper motions in the jet of 0716+714. The number of data points which were used for the fit for each component is given in Col. 2. The last column gives the back-extrapolated ejection dates of the components, which result from the linear fits.
Id. # $\mu$ [mas/yr] $\beta_{\rm app}\ (z=0.3)$ Ejection date

C1 4 $0.86 \pm0.13$ $16.13\pm2.36$ $1986.7 \pm1.3$

C2 5 $0.63 \pm0.10$ $11.87\pm1.82$ $1988.5 \pm1.0$

C3 8 $0.62 \pm0.04$ $11.59\pm0.76$ $1989.7 \pm0.3$

C4 7 $0.44 \pm0.01$ $8.27\pm0.24$ $1989.8 \pm0.1$

C5 7 $0.43 \pm0.02$ $8.16\pm0.29$ $1990.8 \pm0.2$

C6 9 $0.41 \pm0.02$ $7.80\pm0.33$ $1992.3 \pm0.1$

C7 17 $0.37 \pm0.01$ $6.89\pm0.19$ $1993.2 \pm0.1$

C8 11 $0.32 \pm0.01$ $6.04\pm0.20$ $1994.4 \pm0.1$

C9 10 $0.26 \pm0.01$ $4.98\pm0.27$ $1995.1 \pm0.1$

C10 3 $0.24 \pm0.01$ $4.52\pm0.45$ $1996.5 \pm0.2$

C11 2 $0.29 \pm0.02$ $5.48\pm0.55$ $1998.2 \pm0.3$

**Table 3:** Proper motions in the jet of 0716+714. The number of data points which were used for the fit for each component is given in Col. 2. The last column gives the back-extrapolated ejection dates of the components, which result from the linear fits.
Id.	#	$\mu$ [mas/yr]	$\beta_{\rm app}\ (z=0.3)$	Ejection date
C1	4	$0.86 \pm0.13$	$16.13\pm2.36$	$1986.7 \pm1.3$
C2	5	$0.63 \pm0.10$	$11.87\pm1.82$	$1988.5 \pm1.0$
C3	8	$0.62 \pm0.04$	$11.59\pm0.76$	$1989.7 \pm0.3$
C4	7	$0.44 \pm0.01$	$8.27\pm0.24$	$1989.8 \pm0.1$
C5	7	$0.43 \pm0.02$	$8.16\pm0.29$	$1990.8 \pm0.2$
C6	9	$0.41 \pm0.02$	$7.80\pm0.33$	$1992.3 \pm0.1$
C7	17	$0.37 \pm0.01$	$6.89\pm0.19$	$1993.2 \pm0.1$
C8	11	$0.32 \pm0.01$	$6.04\pm0.20$	$1994.4 \pm0.1$
C9	10	$0.26 \pm0.01$	$4.98\pm0.27$	$1995.1 \pm0.1$
C10	3	$0.24 \pm0.01$	$4.52\pm0.45$	$1996.5 \pm0.2$
C11	2	$0.29 \pm0.02$	$5.48\pm0.55$	$1998.2 \pm0.3$

Source LaTeX | All tables | In the text

	1 Introduction
	2 Observations and data analyses
	3 Results and discussion
	4 Conclusions
	References