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Originally posted by debunky
I want a yes or no answer. Why do you need additional variables (like oxygen in brain) to answer such a simple question?
Is water deadly?
Originally posted by Un4g1v3n1
Originally posted by debunky
I want a yes or no answer. Why do you need additional variables (like oxygen in brain) to answer such a simple question?
Is water deadly?
Don't be such a dimwit...My smart ass answer...answers your dumb ass question.
The lack of oxygenated blood to the brain is deadly...
Do you get it yet?
Originally posted by wmd_2008
reply to post by Un4g1v3n1
YOU cant prove what I said is wrong so you post a statement that MEANS NOTHING.
As you seem unable to find out things for yourself here is a DUMMIES guide to PHOTOGRAPHY OF THE MOON.
Now even YOU should be able to understand this.
home.hiwaay.net...
Albedo 0.12 moon and 0.3 earth iirc
If YOU actually read my post I said Astronauts could see stars if they give their eyes time to adjust.
Someone in LEO has more time to do that than Astronauts with limited surface time and lots to do in that time.
Originally posted by debunky
Originally posted by Un4g1v3n1
Originally posted by debunky
I want a yes or no answer. Why do you need additional variables (like oxygen in brain) to answer such a simple question?
Is water deadly?
Don't be such a dimwit...My smart ass answer...answers your dumb ass question.
The lack of oxygenated blood to the brain is deadly...
Do you get it yet?
Radiation doesnt kill you either. Its the tissue damage that does. So is Radiation deadly? Is Water? Yes or No?
Lovell, from the 1969 Technical Debrief - "There's been a lot of discussion concerning what you can see through the scanning telescope as far as recognizing stars and constellations. During the early part of the flight I could not see anything through the scanning telescope that I could recognize, for instance - a constellation. I could see several stars, but I couldn't pinpoint them because I didn't know the surrounding stars.
Originally posted by wmd_2008
reply to post by Un4g1v3n1
One little telescope on the Moon would not have been of any benefit the rover allowed the Astronauts to get about YOUR little scope would not have brought anything new to the table WOULD IT?
NO
Originally posted by debunky
Why do I have to do all the googling for you while you can't answer a simple question?
Lovell, from the 1969 Technical Debrief - "There's been a lot of discussion concerning what you can see through the scanning telescope as far as recognizing stars and constellations. During the early part of the flight I could not see anything through the scanning telescope that I could recognize, for instance - a constellation. I could see several stars, but I couldn't pinpoint them because I didn't know the surrounding stars.
history.nasa.gov...
Whats the matter? Question too hard for you?
Maybe some light reading would help?
en.wikipedia.org...
Originally posted by Un4g1v3n1
Originally posted by debunky
Originally posted by Un4g1v3n1
Originally posted by debunky
I want a yes or no answer. Why do you need additional variables (like oxygen in brain) to answer such a simple question?
Is water deadly?
Don't be such a dimwit...My smart ass answer...answers your dumb ass question.
The lack of oxygenated blood to the brain is deadly...
Do you get it yet?
Radiation doesnt kill you either. Its the tissue damage that does. So is Radiation deadly? Is Water? Yes or No?
source
Prompt Effects
High doses delivered These effects will develop within hours, days or weeks, depending on the size of the dose. The larger the dose, the sooner a given effect will occur.
Originally posted by Un4g1v3n1
You are farging kidding me right? An unobstructed view/photographs of stars from the lunar surface is of no benefit...I guess all that money they spent on the Hubble was just a waste of taxpayer money then eh? Really, where do you guys get your thought processes from? A vat of lard outside of Phil Plaits place?
Originally posted by -PLB-
Originally posted by Un4g1v3n1
You are farging kidding me right? An unobstructed view/photographs of stars from the lunar surface is of no benefit...I guess all that money they spent on the Hubble was just a waste of taxpayer money then eh? Really, where do you guys get your thought processes from? A vat of lard outside of Phil Plaits place?
I always wonder if the likes of you are for real or just posting for a laugh. Doesn't the fact that Hubble isn't on the moon ring a bell? Maybe it is a hell lot easier to get a telescope in orbit instead of landing it on the moon and install it there?
I really don't get why some people are so attracted to the absurd, willingly. Religious people have the excuse of being indoctrinated, but people why deny the moon landings don't really have an excuse. What is wrong with these people?
Actual radiation dose measurements of Apollo crews measured by onboard dosimetry were, on average, 12 mSv.
To die, you'd need to absorb, suddenly, 300 rem or more. The key word is suddenly. You can get 300 rem spread out over a number of days or weeks with little effect. Spreading the dose gives the body time to repair and replace its own damaged cells. But if that 300 rem comes all at once ... "we estimate that 50% of people exposed would die within 60 days without medical care," says Cucinotta. Such doses from a solar flare are possible. To wit: the legendary solar storm of August 1972. It's legendary (at NASA) because it happened during the Apollo program when astronauts were going back and forth to the Moon regularly. At the time, the crew of Apollo 16 had just returned to Earth in April while the crew of Apollo 17 was preparing for a moon-landing in December. Luckily, everyone was safely on Earth when the sun went haywire. "A large sunspot appeared on August 2, 1972, and for the next 10 days it erupted again and again," recalls Hathaway. The spate of explosions caused, "a proton storm much worse than the one we've just experienced," adds Cucinotta. Researchers have been studying it ever since. Cucinotta estimates that a moonwalker caught in the August 1972 storm might have absorbed 400 rem. Deadly? "Not necessarily," he says. A quick trip back to Earth for medical care could have saved the hypothetical astronaut's life.
An Apollo command module with its aluminum hull would have attenuated the 1972 storm from 400 rem to less than 35 rem at the astronaut's blood-forming organs. That's the difference between needing a bone marrow transplant or just a headache pill.
Originally posted by CHRLZ
how the hell are they going to flex their knees enough to jump far anyway, in those bulky suits?
Originally posted by debunky
A few of the parts JW leaves out
One does wonder why:
To die, you'd need to absorb, suddenly, 300 rem or more. The key word is suddenly. You can get 300 rem spread out over a number of days or weeks with little effect. Spreading the dose gives the body time to repair and replace its own damaged cells. But if that 300 rem comes all at once ... "we estimate that 50% of people exposed would die within 60 days without medical care," says Cucinotta. Such doses from a solar flare are possible. To wit: the legendary solar storm of August 1972. It's legendary (at NASA) because it happened during the Apollo program when astronauts were going back and forth to the Moon regularly. At the time, the crew of Apollo 16 had just returned to Earth in April while the crew of Apollo 17 was preparing for a moon-landing in December. Luckily, everyone was safely on Earth when the sun went haywire. "A large sunspot appeared on August 2, 1972, and for the next 10 days it erupted again and again," recalls Hathaway. The spate of explosions caused, "a proton storm much worse than the one we've just experienced," adds Cucinotta. Researchers have been studying it ever since. Cucinotta estimates that a moonwalker caught in the August 1972 storm might have absorbed 400 rem. Deadly? "Not necessarily," he says. A quick trip back to Earth for medical care could have saved the hypothetical astronaut's life.
And
An Apollo command module with its aluminum hull would have attenuated the 1972 storm from 400 rem to less than 35 rem at the astronaut's blood-forming organs. That's the difference between needing a bone marrow transplant or just a headache pill.
science.nasa.gov...
I'll be giving examples later that show quite the reverse
I will be back later to discuss Exuberant's Frank Byrne 'quote'..
I'll look at that video when I get a chance, but it may not be for a day or two. I gotta work...
[and]
Be back later with a long, boring (but accurate) review...
[and]
So I'll hold back on my review for a while, but I'm afraid it's not going to be very positive
[and]
But I'll wait a while before addressing them in detail
But just remember, I WILL be posting a summary of all your claims and refusals to debate later. Looking forward to that.
[and]
I'll be doing a summary of your contributions to this thread later. Are you looking forward to that? I certainly am.
[and]
I'll get back to that later when I summarise his work on this thread.
[and]
I will, however, return a little later to summarise the lies, misinfirmation and unanswered questions [that these folk have left behind, hoping no-one would notice.]
Anyway, before I go through that one in GREAT detail with links, independent references and proof at every step[, would you like to change your mind and maybe pick something a little more worthy].
I urge you to see my next post, folks...
I will be making that point VERY LOUDLY when I come back later...
Now, about masterp... be back shortly...
I may go look for it tomorrow
I'll be posting a series of statements, broken up over a number of posts
[and]
I will cover this later on as I dissect the radiation issues