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Originally posted by DJW001
reply to post by FoosM
And by their own words and admissions, they dont know and didn't know everything about the space environment to send men safely to the moon and back.
Where exactly do you get that from? People learn new things every day, but that doesn't keep them from acting on what they already know, does it?
The mission was extensively covered in the press. Over 53 million households, or over 93%, tuned in to watch this mission on TV, and over 125 million viewers watched the moon landing. This broke the previous record of the most viewers, and launched the Apollo 11 coverage to be the most watched TV programming up to that date
NASA's budget peaked in 1966, during the height of construction efforts leading up to the first moon landing under Project Apollo. At its peak, the Apollo program involved more than 34,000 NASA employees and 375,000 employees of industrial and university contractors. Roughly two to four cents out of every U.S. tax dollar (or 4% of the total federal budget) was being devoted to the space program.
The Space Race was a mid-to-late twentieth century competition between the Soviet Union (USSR) and the United States (USA) for supremacy in outer space exploration. The race was both ideological and technological,
You ask what preparations NASA made concerning CMEs for Apollo, then point out that the first CME was identified in 1971. Correct me if I'm wrong, but that would mean that they made no preparations because they didn't know about them yet.
Christopher Columbus knew nothing about hurricanes, until he encountered one. (First European to do so, in fact.)
Does that mean Columbus didn't cross the ocean? Fortunately, there were no CME's during an actual Apollo mission, otherwise they would have been identified before 1971, wouldn't they have?
This whole post has me experiencing deja vu, I'm pretty sure I said exactly the same thing 100 pages ago.
There were CME's. Thats a fact that nobody can deny.
As a matter of fact, since no Apollogist wants to
say it, CME's occur an average of one per day.
And guess what, during the active years of a Solar cycle, they average 4 to 5 per day.
Thats 4 to 5 Major SPE's occurring during Apollo.
Probably, you guys tend to argue in circles with circular arguments.
Probably, you guys tend to argue in circles with circular arguments.
Originally posted by weedwhacker
reply to post by FoosM
Again.....here you go, spouting rubbish, and you have NOTHING to back up these claims:
And guess what, during the active years of a Solar cycle, they average 4 to 5 per day.
Thats 4 to 5 Major SPE's occurring during Apollo.
UTTER nonsense, and pure distortion of the truth....in other words, OUTRIGHT lie.
You HAVE learned well at the knee of the "White" (noise), given first name "Jarrah"....HE lies and distorts with equal alacrity. And, with just as little shame......
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
...almost missed this classic "pot/kettle" moment:
Probably, you guys tend to argue in circles with circular arguments.
QUESTION:
How do you know when CME's occur? Chad and Chris, Beers Street Middle School
ANSWER:
We can observe CME's only after they've started to occur. Although a group of scientists recently discovered that they can predict when certain CME's will occur. However, we cannot predict all CME's and even then it's less reliable than a 5-day weather forecast. When a CME is occurring, we can see them with special telescopes called coronagraphs, which block the bright light from the solar surface so that we can see the fainter atmosphere.
SCIENTIST: Doug Biesecker, NASA Goddard Space Flight Center
QUESTION:
What is the frequency rate of CME's?
ANSWER:
That depends on where you are on the solar cycle. At solar minimum there is about 1 per day, and at solar maximum there are about 10 per day. At the moment there are about 3 to 4 CME's per day.
SCIENTIST: Jack Ireland, NASA Goddard Space Flight Center
Originally posted by FoosM
With this post I want to offer another example of NASA not fully understanding
the space environment prior to claiming to send men to the moon and back
as brought up recently by SayonaraJupiter
Originally posted by FoosM
So, did NASA calculate CME's in their planning of Apollo EVAs?
Originally posted by FoosM
In an earlier post I revealed that at least 17 proton emitting X-class X-ray LDE Solar Flares were observed during Apollo mission dates. 10 flares alone during Apollo 12 including an EVA.
Originally posted by FoosM
Let me ask this question... how far did the Apollo astronauts travel with their rovers?
[T]he arrival times for most events are 4 to 6 hours after the flare and radio burst. Peak particle intensities do not occur until another 4 to 6 hours after the arrival of particles. The strategy was to use this time to move the astronauts off the lunar surface and have them return to the more heavily shielded command and service module.
Originally posted by FoosM
Lets take a look at the satellites that measured and detected x-rays.
The earliest I could find was:
Originally posted by FoosM
Did NASA calculate CME's in their planning of Apollo EVAs? And how many CME's occurred during the Apollo missions? How many of those occurred during an EVA? Where are those numbers?
Originally posted by DJW001
reply to post by FoosM
You're quoting a website aimed at children? Okay, fine.
So? Does that make the information irrelevant?
I try to provide the facts as simple and direct as possible.
So instead of worrying about which website I used, unless you could prove
the information incorrect, why dont you lambast Weedwacker for putting his foot in his mouth by
calling me a liar. Or, actually calling NASA liars.
The only person that calls NASA liars is you Foosm. Now you switch the stance on someone else, like no one will notice?
I'm staying clear of posting in this thread anymore because anyone that disagrees seems to get attacked but I couldn't let that statement pass without comment..
Googling "Never A Straight Answer" gets 125,000 hits....
So I think it's safe to point out Foosm is certainly not the only one that thinks NASA occasionally lies..
I see logic isn't your forte either....
The basis of Foosm argument is NASA lying about the Apollo Missions
You stated Footsm was the ONLY one that thinks NASA lies.
Originally posted by theability
reply to post by backinblack
You stated Footsm was the ONLY one that thinks NASA lies.
NO that is not what I said!
That is what you implied from my statement.
The point was that between WW and Foosm Calling NASA a liar it was FOOSM indeed. You'll see that here if you actually read all the posts in the thread.
Here I'll even do the work for you, the post my comment was in response too:
post by FoosM
Now stop putting words in my mouth.edit on 19-12-2010 by theability because: (no reason given)
The only person that calls NASA liars is you Foosm. Now you switch the stance on someone else, like no one will notice?
This is what you posted..
Amazing the lack of understanding among you Hoax pushers.
Originally posted by nataylor
Originally posted by FoosM
Do you have data that it didnt?
Yes, the actual measurements of radiation received by the crew. as reported in the Protection Against Radiation section of the Apollo Experience Report.
In summary:
Radiation was not an operational problem during the Apollo Program. Doses received by the crewmen of Apollo mission 7 to 15 were small because no major solar-particle events occurred during those missions. One small event was detected by a radiation sensor outside the Apollo 12 spacecraft, but no increase in radiation dose to the crewmen inside the spacecraft was detected.
Absolutely none of what you present suggests that radiation was any kind of problem for the Apollo program. you need to show actual data that would make travel to the moon impossible. Merely saying that scientists wish to better understand the radiation environment does not mean that the environment is impassible. Scientists today wish to better study ocean and wind currents, but that doesn't mean Columbus didn't make his trip to the New World.
If you are interested in the radiation received by the crew, it makes sense to measure that at the skin. People tend not to want detectors implanted in them. The passive dosimeters use different types of materials that were reactive to all types of ionizing radiation and provided accurate radiation information about the amount of radiation actually received by the crew members at three different locations on the body. What they did not tell was the type of radiation received, the specific timing of events, etc. They were simply to measure the total dosage received over the duration of the mission.
Originally posted by SayonaraJupiter
So, Table 1 is NOT describing a total radiation environment for Apollo astronauts.. Table 1, in FACT, only describes the averages of all readings on the "thermoluminescent dosimeters".
Originally posted by SayonaraJupiter
It seems rather odd in reading this "report" that NASA halted the launch of A10 for 14 hours due to "leaking button tips" but then allowed the radioluminescent panels of the LCRU to pass at 13/rad per hour.
However, cleanroom facilities were shut down for a period of 14 hours before the launch of the Apollo 10 mission when several leaking tips onboard the lunar module required last-minute replacement.
Originally posted by SayonaraJupiter
It also seems strange to me that Table 1 of this "report" shows "Skin dose, rads" from passive "thermoluminescent dosimeters" only. There are no figures shown in this report for the PRD, the RSM, or the VABD.
Originally posted by SayonaraJupiterIt doesn't take a math graduate to understand that 180(degrees) is not OMNI-DIRECTIONAL.
The Van Allen belt dosimeter (VABD) (fig. 3) was designed specifically for Apollo dosimetry within these radiation belts and has proved satisfactory because dose values derived from its greater than 180 degree radiation acceptance angle have correlated well with doses indicated by postflight analyses of passive dosimeters worn by the crewmen.
[D]osimetry instrumentation in the Van Allen belts must use relatively omnidirectional radiation sensors so that the radiation flux will be measured accurately.