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Originally posted by AgentSmith
And yet AGAIN as Foos can't answer this simple question for some reason:
Which country/countries or organisation's images taken by their lunar probe (past or future) would you accept as evidence of the Apollo landings? Who is trustworthy enough for you to accept their word?
Name of country/countries or organisation(s) please Foos.
Also, two different sources claiming the same information is not a typo.
Apollo 16 used 7 SCBs and 2 SRCs. Their total combined capacity was 129,083 cubic centimeters. That's really not a lot. That could fit in a cube less than 20 inches on a side.
Originally posted by FoosM
But in the meantime, why dont you explain where and how they stored the additional 120 pounds of lunar material on Apollo 16?
Originally posted by nataylor
Apollo 16 used 7 SCBs and 2 SRCs. Their total combined capacity was 129,083 cubic centimeters. That's really not a lot. That could fit in a cube less than 20 inches on a side.
Originally posted by FoosM
But in the meantime, why dont you explain where and how they stored the additional 120 pounds of lunar material on Apollo 16?
Originally posted by nataylor
So you knew the samples weren't all stored in the ALSRCs, but were arguing they shouldn't all be able to fit in the ALSRCs? Duh, indeed!
Originally posted by FoosM
Yes, exactly! Sigh....
It took you guys long enough to discover that not all lunar materials were stowed away in those two Rock Boxes.
Originally posted by FoosM
For starters
Ground based telescopes for anyone to see and analyze the landing sites:
Thats right. Now how many of you guys were arguing those boxes held all the lunar samples and tried to prove it with math?
They stored the materials in the stowage locations in the LM to the left and right of the commander and pilot and in the aft. In the CM, the samples were stored on the floor, under the seats.
Originally posted by FoosM
Originally posted by nataylor
Apollo 16 used 7 SCBs and 2 SRCs. Their total combined capacity was 129,083 cubic centimeters. That's really not a lot. That could fit in a cube less than 20 inches on a side.
Originally posted by FoosM
But in the meantime, why dont you explain where and how they stored the additional 120 pounds of lunar material on Apollo 16?
Ok.... how about answering the rest of the questions?
And what is your source?
You you were deliberating lying in many posts, making up false information? Just shows the lengths your dishonesty will go to. I trust others will take anything you say in the future with a large block of salt, as you are now an admitted liar and falsifier (ironically, the very thing you claim of NASA).
Originally posted by FoosM
Originally posted by nataylor
So you knew the samples weren't all stored in the ALSRCs, but were arguing they shouldn't all be able to fit in the ALSRCs? Duh, indeed!
Originally posted by FoosM
Yes, exactly! Sigh....
It took you guys long enough to discover that not all lunar materials were stowed away in those two Rock Boxes.
Thats right. Now how many of you guys were arguing those boxes held all the lunar samples and tried to prove it with math?
Originally posted by FoosM
For starters
Ground based telescopes for anyone to see and analyze the landing sites:
Originally posted by FoosM
Ground based telescopes for anyone to see and analyze the landing sites:
When known skeptics like JW and others see it for themselves:
Originally posted by nataylor
You you were deliberating lying in many posts, making up false information? Just shows the lengths your dishonesty will go to. I trust others will take anything you say in the future with a large block of salt, as you are now an admitted liar and falsifier (ironically, the very thing you claim of NASA).
Originally posted by FoosM
Originally posted by nataylor
So you knew the samples weren't all stored in the ALSRCs, but were arguing they shouldn't all be able to fit in the ALSRCs? Duh, indeed!
Originally posted by FoosM
Yes, exactly! Sigh....
It took you guys long enough to discover that not all lunar materials were stowed away in those two Rock Boxes.
Thats right. Now how many of you guys were arguing those boxes held all the lunar samples and tried to prove it with math?
Originally posted by nataylor
They stored the materials in the stowage locations in the LM to the left and right of the commander and pilot and in the aft. In the CM, the samples were stored on the floor, under the seats.
Originally posted by FoosM
Originally posted by nataylor
Apollo 16 used 7 SCBs and 2 SRCs. Their total combined capacity was 129,083 cubic centimeters. That's really not a lot. That could fit in a cube less than 20 inches on a side.
Originally posted by FoosM
But in the meantime, why dont you explain where and how they stored the additional 120 pounds of lunar material on Apollo 16?
Ok.... how about answering the rest of the questions?
And what is your source?
Originally posted by jra
Originally posted by FoosM
For starters
Ground based telescopes for anyone to see and analyze the landing sites:
You'd need one massive telescope to make out the landing sites from Earth. The mirror would have to be about 200m in diameter at least. No such telescope exists or comes close to that size.
The Very Large Telescope array (VLT) is the flagship facility for European ground-based astronomy at the beginning of the third Millennium. It is the world's most advanced optical instrument, consisting of four Unit Telescopes with main mirrors of 8.2m diameter and four movable 1.8m diameter Auxiliary Telescopes. The telescopes can work together, in groups of two or three, to form a giant 'interferometer', the ESO Very Large Telescope Interferometer, allowing astronomers to see details up to 25 times finer than with the individual telescopes. The light beams are combined in the VLTI using a complex system of mirrors in underground tunnels where the light paths must be kept equal to distances less than 1/1000 mm over a hundred metres. With this kind of precision the VLTI can reconstruct images with an angular resolution of milliarcseconds, equivalent to distinguishing the two headlights of a car at the distance of the Moon.
After Melipal and Yepun are completed in the next few years, the four VLTs will be able to combine their light to achieve the sensitivity of a single 16-meter telescope, and the resolution of a single 200-meter telescope.
n its full interferometric operating mode, the VLT is intended to achieve an effective angular resolution of 0.001 arcsecond at a wavelength of 1 �m. This is an angle of 0.000000005 radians, equivalent to resolving a target 2 meters across at the distance between the Earth and Moon.
This should easily resolve the 5-metre wide Lunar Module bases left on the Moon by the Apollo moon missions, and a group of European scientists intends to do just that to challenge the Apollo moon landing conspiracy theory.
Did you know? The skies over the ESO sites in Chile are so dark that on a clear moonless night it is possible to see your shadow cast by the light of the Milky Way alone.
Originally posted by FoosM
n its full interferometric operating mode, the VLT is intended to achieve an effective angular resolution of 0.001 arcsecond at a wavelength of 1 �m. This is an angle of 0.000000005 radians, equivalent to resolving a target 2 meters across at the distance between the Earth and Moon.
This gives the VLT a maximum angular resolution of about 0.001 arc-second at 1 micron wavelength (in the near-infrared), which is equivalent to about 2 meters at the distance of the Moon. (The Moon has an angular diameter of 0.5° and a linear diameter of 3476 km; 0.5°/0.001" = 1,800,000; 3476 km/1,800,000 ~ 2 m). Used in interferometric as distint from individual-instrument mode, however, the VLT is only sensitive to objects with a high surface brightness, such as stars and the nuclei of active galaxies. This makes it unsuitable for observing most objects in the Solar System apart from the Sun.
www.daviddarling.info...
The VLT 8.2 meter telescopes was originally designed to be operated in three modes:[2]
* as a set of four independent telescopes (this is the primary mode of operation). With one such telescope, images of celestial objects as faint as magnitude 30 can be obtained in a one-hour exposure. This corresponds to seeing objects that are four billion times fainter than what can be seen with the unaided eye.
* as a single large coherent interferometric instrument (the VLT Interferometer or VLTI), for extra resolution. This mode is occasionally used, only for observations of relatively bright sources with small angular extent.
* as a single large incoherent instrument, for extra light-gathering capacity. The instrumentation required to bring the light to a combined incoherent focus was not built. Recently, new instrumentation proposals have been put forward for making this observing mode available.[3] Multiple telescopes are sometimes independently pointed at the same object, either to increase the total light-gathering power, or to provide simultaneous observations with complementary instruments.
en.wikipedia.org...
Originally posted by FoosM
So, what happened?
My emails to Dr. West of the VLT
Dear Richard,
I've been following the VLT for a number of years and was wondering if you have had any success in locating the Apollo remnants on the moon's surface.
I understand from an article written in 2002 in the UK Telegraph, that if one mirror failed you would consider using all 4 mirrors.
I was wondering, did you have any success using all 4 mirrors?
Here is the old article.
www.telegraph.co.uk...
I'm very interested in this project and would appreciate any update.
2nd email
Hi Richard, I'm sorry, I know you must be very busy, but if you find a
few spare seconds would you be able to answer my email sent
previously.
Thanks.
Originally posted by -PLB-
reply to post by FoosM
Well this is kind of comical. Being shown you are either wrong or you lied, in no way being able to demonstrate anything you brought up supports your hoax theory, and then call it a victory just because others (admittedly) didn't waste their time to verify your delusional lies or ignorance
Irwin: Okay. We want bag 7, of course, in cover 7. Next line, bag 4; and then the next line there is bag 5 in the RHSSC (Right-hand Side Stowage Compartment); bag 4 in the LHSSC (Left-Hand Side Stowage Compartment) and cover 8. The next line is 3 and then 6 in cover 6. Over.
John and Charlie empty the ETB, stow the film magazines, and put cover bags - called sample containment bags - over the sample collection bags (SCBs)
[Sample Containment Bags were flown on the J missions to reduce the amount of dust in the cabin and the potential problems it might cause once they get back to orbit. The Sample Collection Bags were put inside the Containment Bags.
bag 7 will be stowed on the aft engine cover; bag 4 on/in the LHMS; bag 5 will go in the RHSSC (Right-Hand Side Stowage Compartment); bag 8 will go in the LHSSC; and bags 3 and 6 will go in the ISA (Interim Stowage Assembly). Note that, in the on-board copy of the checklist, Charlie wrote 5 and 8 in the wrong blanks and then corrected himself with the notations "RH" and "LH"