Spacelog Apollo 13

13, Houston.

Hey, Joe? Is FAO ready to—do you—or are you ready to give me those items that we made optional and deleted in the solo book?

Jack, we are not quite ready with that yet, but we will be before too long. Can you wait awhile?

Sure can. Got lots of time.

Okay.

Hello, Houston; Apollo 13.

13, Houston. Go ahead.

Just a passing comment, Joe. We're having lunch right now, and I just made myself a hotdog sandwich with catsup. Very tasty and almost unheard of in the old days.

That's correct, 13. As I recall the flight plan, you're supposed to put mustard on the hot dogs and not catsup, but I guess we'll overlook that.

We blew it.

Right. How's everything going?

It's going pretty good. We have about four different methods of spreading catsup, right now.

Okay. Jack, we'll have your update to you before too long.

Okay. Fine, Joe. We did a pit check on the Hycon camera and everything works okay.

Houston, 13.

13, Houston. Go ahead.

Okay. We'd like to get the FM up now to look at some inside pictures there.

Okay. Stand by and I'll get a GO on this.

13, Houston.

Go ahead.

That's acceptable, Fred, and meanwhile, when you guys are ready to copy, we've got an MCC-2 pad for you.

Okay. Stand by 1.

Roger that. And also if you can go to P00 and ACCEPT conveniently, we'd like to uplink.

Okay. You've got it.

Okay.

Okay, Joe. You can go ahead with the P30 pad.

Okay. Here we go. MCC-2, SPS/G&N: 63634; plus 0.96, minus 0.23; 030:40:49.00; minus 0021.7, minus 0001.7, minus 0008.0; 080, 164, 326; N/A, N/A; 0023.2, 0:03.5—We'll give you half a second on the burn time because it's so short—0018.5; 44, 135.9, 28.1; and the rest is N/A. Comments: set stars 31 and 23; roll aline 288, pitch 205, yaw 034; no ullage, LM weight 33499, and over.

Okay. MCC-2, SPS/G&N: 63634; plus 0.96, minus 0.23, 030:40:49.00; minus 0021.7, minus 0001.7, minus 0008.0; 080, 164, 326; N/A, N/A; 0023.2, burn time 0:03.5, 0018.5; 44, 135.9, 28.1; and the rest N/A. Set stars 31, 23; roll aline 288, pitch 205, yaw 034; no ullage, LM weight 33499.

Roger. Readback correct. I have two more short comments on them, but I want to wait just a second and make sure I understand them before I pass them to you.

Okay.

Okay, Fred; Houston.

Go ahead.

The two additional comments were just that, first of all, they biased DELTA-V_C by minus 0.34 feet per second based on your EMS null bias cheeks. That's just for information. And the second one also for information is that your targeted pericynthion is 60 miles after this correction.

Okay, understand. For Jack's information the EMS DELTA-V bias is 3.4, and our targeted pericynthion after this maneuver is 60 miles.

That's correct on the pericynthion. The EMS bias is 0.34, very small.

Okay. 0.34 on the EMS DELTA-V bias.

Roger. And —

Hey, Joe, we'll give —

Go ahead, Jack —

We'll give you—we'll give you the read—we'll give you the results of another null bias test for comparative purposes right before the—oh, at the proper time.

Okay. Real fine; and the computer is yours.

Okay, Houston; 13. Are you copying the torquing angles on the P52?

Okay, Jack. Give us a second.

And, 13, Houston. We have them. You can torque them.

Okay, Joe. Time of torquing 29 hours 0 minute 30 seconds.

Apollo 13, Houston.

13, Houston. You can go ahead with the TV now. We're standing by.

Okay. Here it comes.

Okay.

Okay. Jack. It's coming in, and it's right in the center of our screen.

Okay, Vance.

Can you—Think you could guess what that might be, Vance? Better than Charlie?

I don't want to start flipping coins at this point.

Okay, Vance. We're pointed just a little ways off from looking directly at the Moon. Jim is holding the camera through window 3. The Sun is coming at about 40 degrees off our left side, and what we are going to show you in just a minute is about 30 seconds of waste water dump and just show you just what it looks like. It's really fantastic.

Okay. We'd like to see that.

Okay. We saw some droplets speeding out for a little while, Jack. Now we don't see anything.

Actually, Vance, what you're looking at is solid water droplets coming out just about all the time. It lights up the whole sky around the Moon. It's Just far too fine for you to see. Now I think they're coming out a little thicker.

Okay. Yes, we see those.

Jack's complaining about seeing stars.

FIDO says he can understand why that would perturbate a trajectory now.