It's very roughly 03:00 where you claim to be.
What line of work are you in?
Given his difficulties with issues of navigation and trajectory it's possible Patrick intended to travel to India and instead wound up in Indiana.
It's very roughly 03:00 where you claim to be.
What line of work are you in?
...debunk this.
This is ALL POST FLIGHT ANALYSIS! NOT RELEVANT!
Since Patrick last stated that he would not be posting for a while, presumably to “work”, he has made over 50 posts… in less than 24 hours.
Where can I find a job like that?
To be fair, there are some jobs, such as night watchman, that can allow time to do that. Not the job he claims to have, though.frenat said:Since Patrick last stated that he would not be posting for a while, presumably to “work”, he has made over 50 posts… in less than 24 hours.
Where can I find a job like that?
First you have to go back to high school, then you have to move in with your parents.
Tell ya' what, will do your questions next time I get on regardless of the trajectory stuff which obviously heated up big time, OK. Got to work, sorry.
Go to my post #1178, it gives all of the real-time coordinates that NASA had to work with. I added and subtracted the correction factors.
If you would rather start from scratch and do it on your own, you can download a copy of the Mission Report for yourself, just google it, Apollo 11 Mission Report. All the possible coordinate solutions are found in table 5-IV. It was published in November of 1969. We have been working with these numbers all along here. There is no mystery to what they are or where they came from.
Other specifics regarding these numbers and another table of the same can be found in the Apollo Mission 11 Trajectory Report, published March 16 1969. Also can download this from the net.
Try the Mission Report first Jack by the hedge, or look at my post 1178.
Wampler and Remington Stone blasted away all night...
"We blasted away all night but detected no return signal whatsoever. Things got pretty subdued later in the evening as it became apparent we had a problem."
http://people.psych.cornell.edu/~dunning/publications/pdf/unskilledandunaware.pdfNot only do these people reach erroneous conclusions and make unfortunate choices, but their incompetence robs them of the metacognitive ability to realize it.
A description by the Commander of a double crater about 6 to 12 meters in size and south of the lunar module shadow plus the identification of West crater, the hill to the west, and the 21- to 24-meter crater reported behind the lunar module, formed a unique pattern from which the landing site was determined to within about 8 meters
151:41:28 Armstrong: Well, aside from the one big one that we went over, I guess there were none in our area. I took a stroll back after putting up the EASEP, and while Buzz was starting to unpack [likely means 'pack up'] the documented sample, took - took a stroll back to a crater behind us that was maybe 70 or 80 feet in diameter and 15 or 20 feet deep, and took some pictures of it. It had rocks in the bottom of pretty good size, considerably bigger than any that were out on the surface, but there was no - we apparently, at 15 feet or so, had not gotten below the regolith. We were essentially showing no bedrock, at least in the walls of the crater at that depth. Over.
Page 333: ARMSTRONG: ...I took a stroll back to a crater behind us that was maybe seventy or eighty feet in diameter and fifteen or twenty feet deep. And took some pictures of it. It had rocks in the bottom...
That did it; the geologists had the answer. The crater Armstrong mentioned had no name. But it was on the lunar maps, and Eagle's landing site could be pinpointed beyond a doubt. The geologists had been fairly sure a few hours after touchdown. Later Dr. Eugene Shoemaker said, "Had Neil told us about the small crater behind the LM, we could have pinpointed them right then within twelve to twenty meters."
Page 433: The identification of the exact landing site did not become official until the early morning of 29 July 1969, after the onboard 16mm landing film had been received and processed in the Lunar Receiving Laboratory. The site was stated to be 0 degrees, 41 minutes, 15 seconds north latitude, and 23 degrees, 25 minutes, 45 seconds east longitude. The projected landing site in the flight plan had been 0 degrees, 42 minutes, 50 seconds north latitude, and 23 degrees, 42 minutes, 28 seconds east longitude.
...Armstrong does not look at that crater until right before he leaves the lunar surface and ends the EVA.
I suggest you find out what the local time was at Lick when the LRRR was placed by certain astronauts on the moon. And find the time the sun set at Lick. And finally, find the time the moon set at Lick.
When you return to us, tell us how Lick could have possibly "blasted away all night" at a moon which had set.
It seems pretty clear to me that they mean "all the time the LRRR site was visible from Lick," but they certainly don't mean "all night, from dusk (or from when the LRRR was placed) to dawn."
Do your homework, Slappydash, and stop trying to take all of us for suckers. You talk nonsense and we know it. Except for you, that is.
Hint: There were barely three hours between sunset and moonset from Lick. That's hardly all night, is it? And they tell us they couldn't "find" the entire moon in bright sky, so considering that they probably couldn't do much once the moon got near the horizon, they probably tried for much less than three hours. Perhaps not even two hours, depending on how long it took for the sky to darken.
Been a long time time since I took physics from Dr. Jeong in college, but I do remember how laser works, at least the basic principles.
I'm more interested in how these two quotes reconcile: I thought you were talking about relay stations and radio propagation.
The moon is on the other hand, not just another satellite. It is special, very very very special, because of its size, distance, stability, position. One cannot study gravity and earth rotation, measure distances across oceans, locate/target objects with a conventional 1969 vintage artificial satellite.
...a) It is available only for 12 hours a day. (With a "satellite system", one could in a sense get around this however. By launching artificial satellites to compliment an "instrumented moon", one could have the best of both worlds.)