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Gotchas ! / Chap. 17 p. 145<br />

And even if there are two Suns, in the Moon's sky neither one is anywhere near the 10°<br />

altitude <strong>NASA</strong> babbled about. A little plane trigonometry reveals that Aldrin's personal<br />

source of illumination is at 26.4°altitude, 4 but Armstrong's shadow-casting light has<br />

outraced Aldrin's, and is at 34.9° of altitude. 5<br />

The EVA took place about 7 hours after landing. Since a lunar day is 30 Earth days long<br />

the Sun moves through the lunar sky only 12° in 24 hours. Seven hours would equal about<br />

3.5° which would place the Sun about 13.5° off the horizon during their famous space walk.<br />

At that altitude the shadows would have been a little over 9 inches long in the original<br />

photo. This is over twice as long as the longest shadow shown in the picture. 6 No single<br />

source of light can create unequal shadows from men who are nearly equal in height. And,<br />

as Mr. Carto also pointed out, where is the flag's shadow which should have neatly bisected<br />

Armstrong Gotcha <strong>NASA</strong>!<br />

<strong>NASA</strong> apologists have explained the longer shadow by proudly announcing that the<br />

flag's shadow has added to the length. If that were true then the angle from the tip of the flag<br />

to that end of Aldrin's shadow should be the same as the angle between Armstrong's<br />

backpack and and the top of his shadow. Using the flag pole to establish vertical, Armstrong's<br />

shadow shows the Sun to be 5° above the horizon while the flag's shadow shows it to be<br />

almost 20°. No matter how you look at it, this picture was FAKED!<br />

GOTCHA #2<br />

Recently, while reading Aldrin's MEN FROM EARTH, I found this <strong>NASA</strong> policy<br />

statement. Aldrin is quoted here reminiscing about his Gemini 12 spacewalk when he happened<br />

to glance up and see something twinkling. "Stars in the daylight" I asked aloud. 7<br />

don't think so.' On the early Mercury flights, <strong>NASA</strong> scientists had predicted the astronauts<br />

would see stars in the daylight, but the astronauts, all jet pilots with high altitude experience,<br />

had been skeptical. Soon they figured out that you saw stars in orbit only when you were in<br />

Earth's shadow: night." 7<br />

After waxing poetic he then said that what twinkled was a plastic bag. The early rocket<br />

plane pilots saw stars in the daytime. Subsequently, however, on each Apollo flight <strong>NASA</strong><br />

tells us that they navigated using the "dim and fuzzy" stars. Well, since they were not in the<br />

shadow of the Earth where did — all of a sudden — these dim and f uzzys come from<br />

Since these statements are diametrically opposed, one or both must be a lie! What is the truth<br />

and where does the truth lie and why did they bother to lie<br />

Repeating my statement from "Star light — Star bright," I believe that the brighter stars<br />

are visible to the naked eye in the daytime, from mine entrances, deep wells, and through a<br />

long black tube — if you know exactly where to look.<br />

The truth could be easily determined by a ride on the next shuttle. However, since I<br />

couldn't, wouldn't dare ask <strong>NASA</strong> for that ride, I thought up a simple experiment. What I<br />

needed was an astronomer with a small "backyard" telescope equipped with clockwork<br />

tracking device. This is a motorized clockwork unit that compensates for the Earth's rota-<br />

<strong>NASA</strong> MOONED AMERICA! / <strong>Rene</strong>

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