Figures & data
Figure 1. Motion for the case of a tangential change of velocity (a) with respect to the Earth for the 1 m/s change in the same direction as the initial satellite motion, (b) the same change in velocity, with motion with respect to the master satellite, (c) relative motion for 1 m/s change in velocity in the direction opposite to the master satellite motion.
![Figure 1. Motion for the case of a tangential change of velocity (a) with respect to the Earth for the 1 m/s change in the same direction as the initial satellite motion, (b) the same change in velocity, with motion with respect to the master satellite, (c) relative motion for 1 m/s change in velocity in the direction opposite to the master satellite motion.](/cms/asset/75fb58ef-cc27-4a15-baed-81ee9f15d519/nmcm_a_10051347_o_fig001g.gif)
Figure 2. Motion for the case of a transversal change of velocity (a) with respect to the Earth for the 1 m/s change in the upward direction, (b) the same change in velocity, with motion with respect to the master satellite, (c) relative motion for the 1 m/s change in the downward direction.
![Figure 2. Motion for the case of a transversal change of velocity (a) with respect to the Earth for the 1 m/s change in the upward direction, (b) the same change in velocity, with motion with respect to the master satellite, (c) relative motion for the 1 m/s change in the downward direction.](/cms/asset/5de40cfa-0171-4b12-99f6-2639e9a47b37/nmcm_a_10051347_o_fig002g.gif)
Figure 3. Variables
for
Equation
(6)
.
![Figure 3. Variables for Equation (6) .](/cms/asset/7a4fb9e3-2562-44c9-9b9d-353d7ff1f470/nmcm_a_10051347_o_fig003g.gif)