The Eagle's descent trajectory and landing site analysis can be found in the APOLLO MISSION 11, TRAJECTORY RECONSTRUCTION AND POSTFLIGHT ANALYSIS VOLUME 1, March 16 1970. Emil Scheisser was the mathematician/trajectory analyst primarily responsible for the work that appears here.
On page 7-64(page 75 overall of the report) we read that the 16mm photographic film analysis of the LM trajectory gave the analysts what they thought was the best estimate(BET) of the landing site coordinates. These coordinate numbers; 0.647 N and 23.505 E, were not available in real-time(07/20/1969), not available to NASA/Houston/Apollo Program personal until well after the astronauts returned from their "journey". Specifically, Scheisser and colleagues did not determine these to be the landing site best estimate/BET until days after the "Apollo 11 capsule splashdown", July 24 1969.
Here are the lines from the trajectory report in which Scheisser and colleagues endorse these coordinates as the best Eagle landing site coordinate estimate, page 7-64(page 75 overall);
"Note that both the BET #3 and the Onboard/MSFN H-S estimates are very close to the 16mm photo graphic estimate (accepted as the best estimate).
Since the data type being examined is a velocity measurement, it is most important that the reference trajectory be virtually free of velocity errors in the data arc. The onboard/MSFN H-S trajectory contains a large velocity error at landing where the BET #3 was constructed in such a manner that the velocities were zero at landing. Therefore, the BET #3 was chosen as the basic reference upon which to base the analysis of landing radar velocity residuals."
(The onboard/MSFN H-S coordinates listed in the Trajectory analysis Coordinate Table 7.11 are 0.655 N and 23.515 E)
The BET coordinates discussed in this section of the Trajectory Analysis Report were presented in an earlier NASA document, the Apollo 11 Mission Report, this published in November of 1969. As in the later published Trajectory Analysis Report of March 1970, the non-real-time photography determined/16mm film analysis coordinates of the November 1969 Apollo 11 Mission Report are listed in table 5-IV as 0.647 and 23.505. just as they appear in the Trajectory Report document.
As per the Mission Report, when these coordinates, expressed in the minutes/seconds of arc format, 00 38' 49" is the minutes/seconds of arc equivalent to 0.647 degrees, and 23 30' 18" is the minutes/seconds of arc equivalent to 23.505 degrees, are corrected per footnote "a)" of the Mission Report Table(quote of all 3 footnotes so appearing);
"a) Following the Apollo 10 mission, a difference was noted (from the landmark tracking results) between the trajectory coordinate system and the coordinate system on the reference map. In order to reference trajectory values to the l:100 000 scale Lunar Map ORB-II-6 (lO0), dated December 1967, correction factors of plus 2'25" in latitude and minus 4'17" in longitude must be applied to the trajectory values.
b)All latitude values are corrected for the estimated out-of-plane position error at powered descent initiation.
c) These coordinate values are referenced to the map and include the correction factors."
those corrections, as per footnote "a)" yield a 16mm postflight best landing site estimate of 00 41' 14" north and 23 26" 01' east.
The Apollo 11 Mission Report lists 00 41' 15" north and 23 26' 00" east as the trajectory to map correction adjusted postflight best estimate Eagle landing coordinates. We may view these solutions as equivalent for the case/matter at hand. 00 41' 15" and 00 41' 14" differ by 27 feet. From 240,000 miles away, they are an exact match. Likewise for the east coordinates 23 26' 01" and 23 26' 00".
Professor Wampler and the Lick Observatory Staff were given 00 41' 15" north and 23 26' 00" east on the very night of the landing, just shortly after the LRRR was set down. Yet the trajectory specialists, Emil Scheisser and colleagues, determining the landing site BET/best estimate did not have these numbers, by way of 16mm trajectory analysis until well after 07/24/1969. None of the real-time estimates discussed/listed in the Mission Report and Trajectory Analysis Report are similarly close to these numbers.
Lick Observatory had the numbers on the evening of 07/20, yet NASA claims the numbers were not known until after 07/24 when the Eagle trajectory 16mm film could be studied. We conclude, the Eagle's landing site was known before the Eagle even landed, as there was foreknowledge of the landing coordinates.
We conclude, someone inside of "NASA" but outside the formally acknowledged Apollo Program group, knew the landing site coordinates on the evening of the landing many days before they were said to have been determined by photo analysis, and so, this person was party to the Apollo 11 fraud. Based on this alone, we recognize the Apollo 11 trajectory data as fraudulent and the Mission fraudulent.
We shall quibble about rocks and pictures/photos later. Given the telemetry fraudulence and therefore Apollo 11 Mission fraudulence, we know the rocks were not brought back to the earth from the moon by astronauts Armstrong and Aldrin, though conceivably they are moon rocks. We also know given the fraudulence of the telemetry data and therefore the Apollo 11 Mission in general, all of the photography from the lunar surface is fraudulent. It was not taken by genuine moon walkers.
Our analysis of the coordinate data allows us to say these things with supreme confidence. They are in no way points of contention. They are not matters/issues in dispute.