| SO YOU CAN WATCH WITH YOUR OWN EYES THE 'OFFICIAL NASA FOOTAGE' THAT
| PROVES THAT WE REALLY HAVEN'T BEEN TOLD THE WHOLE TRUTH!!!


| http://www.ufos-aliens.co.uk/cosmicapollo.html

Parallax.

| http://www.tntleague.com/misc/StrangeM.rm

Not from two different Apollo missions. From the same mission, and again
the explanation is parallax.

| One of the worst sun flares ever recorded happened in August
| 1972, which was between the Apollo 16 and 17 missions.

Fear, uncertainty, and doubt. Yes, there was a severe solar flare in August
1972, during which no Apollo mission was operating. That was the only flare
of that magnitude (or even close to it) that occurred during the Apollo
operational period. There was no protection in the form of shielding for
solar flares. Protection against solar flares was in the statistical
distribution of the missions to avoid them. It worked, as the data bear
out.

| Physicist Dr David Groves Ph.D., has carried out radiation tests
| on similar film and found that the lowest radiation level (25 rem)
| applied to a portion of the film after exposure made the image on the
| film almost entirely obliterated. Why didn't that happen to the Apollo
| films?

Because the Apollo film wasn't subjected to anywhere near the radiation that
Groves used in his experiment. Groves doesn't claim his experiment has
anything to do with the radiation environment in space. His conclusion is
simply that if you blast film with a lot of radiation, it fogs. He leaves
it up to others to determine whether that amount of radiation occurs in
space.

http://www.clavius.org/envradfilm.html

| So sceptics who are claiming that NASA know when the Solar Flares
| are going to appear are talking rubbish - as usual...

I read about this flare at CNN two days before it happened. Clearly they
*can* be predicted.

There are two ways to predict. One is to say, "The next major solar flare
will be on this date." That's not really possible. The other is to say,
"The chances of a major solar flare occurring during this particular week
are very low." That can be done statistically, and *was* done.

| If this were the case, why didn't they bring down the astronauts
| from the Shuttle and ISS if they knew this gigantic Solar Flare
| was about to erupt?

Because they're inside the Van Allen belts.

| He [HJP Arnold] has commented that you would expect to see some
| small dots on the films where a high velocity nuclear particle had
| hit the film, however no evidence of this whatsoever has come
| forward.

That means either that (a) the photos were faked, or (b) Mr. Arnold is
mistaken in his expectations. What did you do to determine which
explanation was correct? What other experts besides Mr. Arnold agree that
this should have been seen?

| The only thing that would protect the film from this damage would be
| a thick layer of lead around the camera casing...

Hogwash. The marks appear in the film because the film absorbs the
particle. If the particle passes through it without being absorbed, there
is no mark. Similarly, if the particle doesn't make it past the magazine
casing, it never gets to the film. So the candidates for making marks on
the film are only those particles that have enough energy to pass through
the casing, but not enough to pass through the film.

It is common layman's understanding that only thick pieces of lead will
provide shielding against radiation. That is utterly false. High-energy
x-rays and gamma rays require thick, dense shielding. But many of the
particles in cislunar space can be stopped with a sheet of typing paper.
The most common material used as a radiation shield in space engineering is
aluminum. Guess what the camera magazine was made out of?

| Let's also remember that the films were changed whilst outside
| on the Moon's surface and not in any controlled environment.

And they bear the light leaks to prove it.

| There should have been a substantial crater blasted out under the
| LEM's 10,000 pound thrust rocket.

The engine was not operating at 10,000 lbf at landing, but rather at 2,500
lbf. Provide the calculations proving that a crater would have been
created.

| If this is true, how did Armstrong create that famous boot
| print if all the dust had been blown away?

What famous boot print? There are no photographs of Armstrong's first print
on the moon.

Further, it is a straw man to say that "all" the dust was blown away. We do
not make that claim. Indeed the film record shows that while dust was
blown, it was not exhaustively cleared from the area. If all the dust had
been blown away, it would have stopped blowing before the engine was shut
down. But we see the dust blowing right up to the point where the engine
was turned off. There was obviously more dust to be blown.

And the area around the footpads is quite a distance away from the area
directly under the engine nozzle.

| CNN issued the following report

Nothing about this report disallows Apollo visits to the moon. And the
parts in parenthesis were added by Bart Sibrel, a conspiracy theorist. They
aren't part of the original report.

| In 1969 computer chips had not been invented.

Hogwash. Ever hear of Fairchild Semiconductor?

| The maximum computer memory was 256k, and this was housed in
| a large air conditioned building.

Hogwash. Ever hear of the PDP-8?

| In 2002 a top of the range computer requires at least 64 Mb of
| memory to run a simulated Moon landing...

Consider the difference between an embedded system and a general purpose
desktop. Consider the difference between simulating a moon landing with
full graphics and sound (i.e., the "experience" of the game) and the simple
mathematics behind LM flight dynamics. Even staying within the simulation
realm, Lunar Lander was a popular computer game in the 1970s and it required
considerably less resources than it does today.

This is a purely apples-and-oranges comparison.

| that does not include the memory required to take off again
| once landed.

How much "memory" (specifically) is required for each of these steps?

| The alleged computer on board Apollo 11 had 32k of memory. That's
| the equivalent of a simple calculator.

Why do you discuss only memory? Do you understand how to evaluate a
computer's performance?

You imply, but you do not prove, that this capacity was insufficient to land
on the moon. Please specify, in concrete terms, the minimum computer power
required to land on the moon.

| If debris from the Apollo missions was left on the Moon, then it
| would be visible today through a powerful telescope...

No. The Dawes limit makes this impossible for current telescopes.

| The Clementine probe that recently maps the Moons surface failed
| to show any Apollo artefacts left by Man during the missions.

Hogwash. The Clementine orbiter photographed the regolith disturbance
caused by the Apollo 15 landing. The equipment itself is smaller than
Clementine's resolution.

| Surrounding the earth, beginning at an altitude of 1,000 miles and
| extending an additional 25,000 miles, lie lethal bands of radiation
| called the Van Allen Radiation Belts.

Actually Bart Sibrel can't make up his mind where exactly the Van Allen
belts are. His film and two places on his web site give drastically
different figures.

"The recent Fox TV show, which I saw, is an ingenious and entertaining
assemblage of nonsense. The claim that radiation exposure during the Apollo
missions would have been fatal to the astronauts is only one example of such
nonsense." (Dr. James Van Allen, letter to Doug Lambert, March 5, 2003.)

| Every manned space mission in history (including Mercury, Gemini,
| Soyuz, Skylab and the Space Shuttle) has been well below this deadly
| radiation field

Hogwash. Gemini 9 and Gemini 10 both went well into the Van Allen belts.
Further, communication satellites operate constantly in the Van Allen belts.
If they were anything other than how NASA has said they are, many private
companies would know.

| Recently uncovered footage of the crew of the Apollo 11 staging
| part of their mission proves that the astronauts never made it beyond
| earth orbit.

Sibrel's footage is simply the test downlinks. He simply interprets them as
"staging". He selectively presents only the parts that seem to support his
hypothesis, never showing you the whole film but instead giving you only a
few seconds of it. He leaves off showing you the parts of the footage that
prove they're on a translunar trajectory.

| The Soviets had a five-to-one superiority to the U.S. in manned
| hours in space.

Hogwash. By the time Apollo 11 flew, the U.S. had a three-to-one
superiority in hours in space.

| They were first in achieving the following seven important
| milestones

http://www.clavius.org/techsoviet.html

| The space shuttle has never gone more than 400 miles from the Earth.
| ... When the space shuttle astronauts did get to an altitude of 400
| miles, the radiation of the Van Allen belts forced them to a lower
| altitude.

So now the Van Allen belts begin at 400 miles, not 1,000 miles as Sibrel
claimed elsewhere.

See also http://www.clavius.org/envflash.html

| Take a look at the lunar module which supposedly flew from lunar
| orbit to the surface of the moon. It is a cylindrical shape with
| a high center of gravity and one big thrust engine at the bottom.

Hogwash. The LM is more short and squat than any other rocket-powered
vehicle. Its center of gravity is *low*, not *high*.

| Upon just looking at this design, to think it would not immediately
| pinwheel and crash...is absurd.

Utter question-begging. Sibrel is simply goading you into believing his
contention that the LM was unstable without providing any argument that it
is. He's simply begging you to agree with his conclusion without providing
any reason why you should. Sibrel is a part-time cameraman. He has no
training in flight dynamics or aerospace design.

|...as the lunar module trainer did three weeks prior on Earth

The LLRV crashed because it broke, not because it was inherently unstable.
The LLRV and the follow-on LLTV each accumulated hundreds of successful
training flights. It didn't "pinwheel" when the steering system broke; it
veered, maintaining enough stability for Armstrong to eject. This is
indicative of inherent stability, not inherent instability.

The crash took place months before the flight, not weeks.

These are long-debunked charges. Did you do *any* research to determine
whether answers to these questions already existed?

--
|
The universe is not required to conform | Jay Windley
to the expectations of the ignorant. | webmaster @ clavius.org