Ufos 10-Min NASA Panics

Time B shall we? The MET was 7 days 7 hours, I'm 40 minutes and I'm ready to read out the Inmate Temps. We are ready. On Mike's thought, 71 echo, the Inmate Temps was 28.2. The last time I was 2 hours and 7 minutes, we were on a day cycle and the Water Indicator was 3 and 3 and when you refold it, on Mike's thought, 71 echo, the Inmate Temps, 33.0, and the Inmate Temps was 30.4 and I was 2 hours and 8 minutes, a lot of day cycle. And the Water Indicator was 22 and 3, 2a, 3b. And we also refold that one. Bye-bye. Okay, thanks very much, Mike. The reason those temperatures are so important is that they are running a controlled experiment on the ground and they adjust those temperatures on the ground for the ones you have in flight. What do you do today? This is Mission Control Houston. We are using the payload bay cameras right now to hopefully catch a glimpse of the Russian space station mirror as it performs an on-orbit burn. It will be difficult to pick mirror out from the stars as they pass behind us. The payload bay cameras are positioned such that they are looking straight back back to the straight back behind the orbiter where the mirror is flying in about 850 nautical miles behind us. The burn is expected to take place sometime in the next couple of minutes. We are going to be able to catch a glimpse of the light. We are going to be able to catch a glimpse of the light. We are going to be able to catch a glimpse of the light. We are going to be able to catch a glimpse of the light. We are going to be able to catch a glimpse of the light. We are going to be able to catch a glimpse of the light. We are going to be able to catch a glimpse of the light. We are going to be able to catch a glimpse of the light. We are going to be able to catch a glimpse of the light. We are going to be able to catch a glimpse of the light. We are going to be able to catch a glimpse of the light. We are going to be able to catch a glimpse of the light. We are going to be able to catch a glimpse of the light. We are going to be able to catch a glimpse of the light. We are going to be able to catch a glimpse of the light. We are going to be able to catch a glimpse of the light. We are going to be able to catch a glimpse of the light. We are going to be able to catch a glimpse of the light. We are going to be able to catch a glimpse of the light. We are going to be able to catch a glimpse of the light. We are going to be able to catch a glimpse of the light. We are going to be able to catch a glimpse of the light. Our next event on NASA television will be our video highlights for flight day number eight. We will be able to catch a glimpse of the light. We will be able to catch a glimpse of the light. We will be able to catch a glimpse of the light. We will be able to catch a glimpse of the light. We will be able to catch a glimpse of the light. We will be able to catch a glimpse of the light. We will be able to catch a glimpse of the light. The space station is now visible on the far left hand side of the screen about an inch from the bottom of this particular picture. We are also a number of shooting stars in that view. The camera has now moved to a point. The mirror space station is the small flashing light in the center about an inch from the left hand side of the screen. It is slowly moving closer to the left hand side and it has a very light flashing to it. The screen is now visible on the left hand side. We have seen a lot of meteors. The streaks that are shooting across the screen are meteorites and other wood shooting stars. We can see a flashing light just a little bit to the left of the screen. The light is now visible on the left hand side. The light is now visible on the left hand side. The light is now visible on the left hand side. The space craft appeared at a very small flashing light. The camera was being moved to get a different picture. The camera was being moved to the screen. During this five or so minute period when we have been watching from here. The camera was being moved to the screen. The camera was being moved to the screen. The camera was being moved to the screen. The camera was being moved to the screen. The camera was being moved to the screen. The camera was being moved to the screen. The camera was being moved to the screen. The camera was being moved to the screen. The camera was being moved to the screen. The camera was being moved to the screen. The camera was being moved to the screen. The camera was being moved to the screen. The camera was being moved to the screen. The camera was being moved to the screen. The camera was being moved to the screen. The camera was being moved to the screen. The camera was being moved to the screen. The camera was being moved to the screen.