Greetings to all.
I am an insane MLH guy, who is convinced that the most compelling science and logic indicate we didn't land humans on the moon. And I am glad to be here among MLH skeptics, as Iron sharpens Iron. My beliefs are sincere, as are yours - so I pray we have respectful and productive debate here.
I'll start out by presenting a fairly detailed analysis of ALL 3 of the Lunar Launches - Apollo 15, 16, and 17. It is all contained in a google doc on OneDrive with supplemental images and work contained in some folders.
I believe this proof to be a slam dunk proof in favor of MLH. Even the mighty Apollo is not permitted to "Break Physics".
https://docs.google.com/document/d/1sJsIUlzdVF3brADa8YwR4XTg59mod-K2ct4jQCSKlyA/edit?usp=sharingThis gdoc (google doc) contains all of the links to my work, and the Spreadsheet showing the math.
Interestingly, as I was called to analyze the first 1 second of frames, to rebut the "initial fast impulse" claim that @Allan F had raised to me, not only did I find that the acceleration of this first second was near constant (at 2.54X too high) for the whole second, but then for the 2nd second, this acceleration dropped well BELOW the expected acceleration, and even went negative.
I did this extra analysis for Apollo 16, since it has the best resolution and a stable camera (no panning, so the Lander base stays right where it is).
I pulled these frames from NASA's published footage, and captured it in slow motion, then used VLC to verify EXACTLY 30 FPS - to confirm that the "seconds shown in YouTube player" exactly aligned to this 30 FPS source frame rate.
For example, for A16, the 7th frame (marked 0.20 seconds after ignition) starts showing 14 seconds in YouTube, and then the 37th frame is exactly where it starts second 15. This is consistent. A17 is the same, and for A15 it's 15 FPS.
All 3 show approximately the same type of error for the 1st second (2.5X or more), but I only did the 2nd second analysis as well as a 10 FPS analysis of Apollo 16, to study the "first 1 second acceleration evidence" - which appears to be near constant, while for the 2nd second, it abysmally drops well below the expected acceleration and even goes negative.