Ron also wrote Excellent prediction from Skymap. Although it appeared to be slightly east of predicted, it was within a second Here is the track of the transit path using two different elements for the iss. Using this one ISS (ZARYA) 1 25544U 98067A 02041.85885049 .00071929 00000-0 84319-3 0 564 2 25544 51.6394 327.9939 0005902 56.0615 48.8276 15.60834110184323 I get 21:53:40 38.5578 -104.2760 21:53:41 38.6123 -104.1972 21:53:42 38.6668 -104.1182 21:53:43 38.7214 -104.0390 21:53:44 38.7760 -103.9595 21:53:45 38.8306 -103.8798 21:53:46 38.8852 -103.7998 21:53:47 38.9398 -103.7197 21:53:48 38.9945 -103.6393 21:53:49 39.0491 -103.5586 21:53:50 39.1038 -103.4777 And with this one ISS (ZARYA) 1 25544U 98067A 02041.51559028 .00071693 00000-0 84206-3 0 554 2 25544 51.6396 329.7219 0005978 59.3409 275.5157 15.60784502184265 I get 21:53:40 38.5566 -104.2796 21:53:41 38.6111 -104.2008 21:53:42 38.6656 -104.1218 21:53:43 38.7202 -104.0425 21:53:44 38.7748 -103.9631 21:53:45 38.8293 -103.8834 21:53:46 38.8840 -103.8035 21:53:47 38.9386 -103.7233 21:53:48 38.9932 -103.6429 21:53:49 39.0479 -103.5623 21:53:50 39.1026 -103.4814 So at the time of ron's observation I get the following change in the path. The path moved a distance of around 348 meters or 1140 ft. Kevin _________________________________________________________________ Send and receive Hotmail on your mobile device: http://mobile.msn.com ----------------------------------------------------------------- Unsubscribe from SeeSat-L by sending a message with 'unsubscribe' in the SUBJECT to SeeSat-L-request@lists.satellite.eu.org http://www.satellite.eu.org/seesat/seesatindex.html
This archive was generated by hypermail 2b29 : Sun Feb 10 2002 - 22:40:54 EST