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but yet you provide NOT ONE SHRED of evidence disproving my points
SHOW ME THE NUMBERS
more argument ad hominem without producing the intel that i said was lost
you all rely on the same tactics
and they are failing horribly
Wenher Von Braun said that the amount of fuel needed to go to the moon and back was not possible
and that is blown up several astronauts and spacecraft
just trying to get into low earth orbit
even though the amount of DEADLY RADIATION on the surface of the moon was not known
and is still not known
cherry picking what you think validates your argument and forgetting the others
Just recently NASA released an article stating that the only way to build a craft that could go
to the moon
was to make it out of concrete so as to protect the astronauts from radiation
YOU SHOW ME THE NUMBERS
Service Propulsion System
The 20,500-pound-force (91,000 N) SPS engine was used to place the Apollo spacecraft into and out of lunar orbit, and for mid-course corrections between the Earth and Moon. The engine used was an AJ10-137 engine using Aerozine 50 as fuel and nitrogen tetroxide (N2O4) as oxidizer. The propellants were pressure-fed to the engine by 39.2 cubic feet (1.11 m3) of gaseous helium at 3600 psia, carried in two 40-inch (1.0 m) diameter spherical tanks.
The engine measured 152.82 inches (3.882 m) long and 98.48 inches (2.501 m) wide at the base. It was mounted on two gimbals to provide pitch and yaw control in lieu of the RCS during SPS firings. The combustion chamber and pressurant tanks were housed in the central tunnel.
[The thrust level was actually twice what was needed to accomplish the lunar orbit rendezvous (LOR) mission mode, because the engine was originally sized to lift the CM with a much larger SM off of the lunar surface in the direct ascent mode assumed in original planning. A contract was signed in April 1962 for the Aerojet-General company to start developing the engine, before the LOR mode was officially chosen in July of that year.
Service Module sectors
The Service Module was divided into six sectors:
Sector 1 was usually filled with ballast to maintain the SM's center-of gravity. On Apollo 15-17, it housed a Scientific Instrument Module (SIM) for lunar study. The equipment included a panoramic camera, gamma ray spectrometer, mapping camera, laser altimeter, mass spectrometer, and lunar sub-satellite.
Sector 2 contained the oxidizer sump tank, from which oxidizer was fed to the engine. It was 51 inches (1.3 m) wide, 153.8 inches (3.9 m) wide, and contained 6,315 kilograms of oxidizer.
Sector 3 held the main oxidizer storage tank, which was 154.47 inches (3.924 m) high, 45 inches (1.14 m) wide, and held 5,118 kilograms (11,283 lb) of oxidizer.
Sector 4 contained most of the electrical power subsystem. Two oxygen tanks contained 290 kilograms of liquid oxygen, and two hydrogen tanks 25 kilograms of hydrogen. The oxygen tanks supplied the environmental control system and fuel cells, and the hydrogen tanks the fuel cells only. The fuel cells combine the two elements to generate electrical power for the spacecraft, along with a small amount of drinking water. Each fuel cell weighed 112 kilograms.
Sector 5 housed the fuel sump tank. It was the same size as the oxidizer tank and held 3,950 kilograms of propellant. Feed lines connected the tank to the SPS.
Sector 6 contained the main fuel tank, also the same size as the oxidizer tank. It held3,201 kilograms of fuel.
Originally posted by Josephus23
reply to post by theability
has done is attack me personally
call me names
call into question my degree
insult my personal situation with my current computer
Originally posted by DJW001
I apologize for the length and quality of the video. There are probably better ones at the Apollo Lunar Surface Journal website, but they're in RealPlayer format.
Sorry if I sound cranky, but I just had three wisdom teeth extracted the other day and feel like someone literally busted my chop. And the vicadin ran out yesterday.
then my question was where did they keep all of the fuel for this mission
people want ME to provide them with the EVIDENCE
but yet not one person has provided evidence to refute me
and you keep relying on an argument about deep space gravity
and you are simply wrong concerning your interpretation
of my statement
A LOT OF FUEL WOULD BE NEEDED TO GO TO THE MOON AND BACK
after landing on the moon and then returning to the lunar orbiter
SIX TIMES
I am asking questions that no one can answer
the tactic is to try and force me to answer my own questions
my statement about no gravity in deep space was a sarcastic statement
that was intended to show that fuel would be needed after the TLI (trans lunar injection)
in order to reach "the moon"
but the burn on the rocketdyne J-2 rocket lasted about two minutes
and that was the only burn that was used to get people to the moon
since we both know that deep space both has gravity
and is awash with radiation
then my question was where did they keep all of the fuel for this mission
people want ME to provide them with the EVIDENCE
but yet not one person has provided evidence to refute me
and you keep relying on an argument about deep space gravity
and you are simply wrong concerning your interpretation
of my statement
A LOT OF FUEL WOULD BE NEEDED TO GO TO THE MOON AND BACK
after landing on the moon and then returning to the lunar orbiter
SIX TIMES
please stop with the argument ad hominem
non-sequiturs
Source
The ad hominem is not always fallacious, for in some instances questions of personal conduct, character, motives, etc., are legitimate and relevant to the issue.
Source
A non sequitur (English: It does not follow; pronounced /ˌnɒnˈsɛkwɨtər/) is a Latin term for a conversational and literary device, often used for comedic purposes. It is a comment that, because of its apparent lack of meaning relative to what it follows,[1] seems absurd to the point of being humorous or confusing..
PLEASE
they are logical fallacies and do not prove point
I am asking questions that no one can answer
But yet the tactic is to try and force me to answer my own questions
I refuse to engage in any name calling
It would be oh so easy
but oh so immature
My points prove as they stand until PROVEN WRONG
Two hours, 50 minutes and 2.6 seconds after launch the S-IVB reignited and burned for 5 minutes and 49 seconds. The burn would increase the spacecraft's speed from 25,620 feet per second (7,809 m/s) to 35,522 feet per second (10,827 m/s). The altitude had been raised to 167.4 nautical miles (310.0 km).
Engine problems
The next major task for the crew was Transposition, Docking and Extraction. The Lunar Module sat below the Command/Service Module, head-to-tail. As such, it was required for the CSM to separate from the S-IVB, travel a short distance, turn 180 degrees and then dock with and extract the Lunar Module. First the CSM separated, taking ten minutes to turn, come back and hard dock. About half an hour later, after pressurizing the Lunar Module and checking the integrity of the docking latches, the crew extracted Falcon from the S-IVB. The S-IVB would be put on a trajectory so that it would impact the lunar surface at 3°39'S, 7°35'W.
....One of the reasons for the success of the Apollo program was the redundancy of critical systems — in the case of the SPS, there were two independent valve systems for the engine. The short in the switch only affected one of these sets of valves and as such it was still possible to fire the engine. But instead of having both sets of valves open at the start of each ignition, only the trouble-free valves would be used. For long burns, the valves affected by the short would be opened only after ten seconds, and closed before the end of the burn.
Day 2
The second day of Apollo 15 centered around the second planned mid-course correction and a preliminary check of the Lunar Module, Falcon. Mission Control first got the crew to perform 0.7 second burn of the SPS engine before the planned second course correction. This was designed to isolate the location of the short in the Delta-V Thrust switch. The burn allowed Mission Control to confirm that the SPS would only be ignited accidentally if the faulty switch was armed. It was found after the flight that a 0.06 inch (1.4 mm) length of wire had found its way into the switch, and had shorted it. The engine burn itself was good enough, adding 5.3 ft/s (1.62 m/s) to their speed, that Mission Control cancelled the planned second and third course corrections.
(skip)
Day 3
The crew entered Falcon for a second time. ...... During this period, the spacecraft passed the point when the lunar gravity becomes stronger than that of the Earth's as felt by Apollo 15.
(skip)
Day 4 and LOI
The fourth day saw fourth planned mid-course correction, although it was only the second actually performed on the mission. The burn lasted 0.91 seconds, adding 5.4 ft/s (1.65 m/s) to their speed. The crew then put on their space suits for the jettisoning of the SIM bay door........ The major event of day 4 was Lunar Orbit Insertion (LOI). Occurring behind the Moon, out of contact with the Earth, this engine burn put the spacecraft into orbit around the Moon. It was the first test of the new procedures for using both SPS during a long burn.
Loss of Signal (LOS) was at 78 hours, 23 minutes and 31 seconds GET as the spacecraft went behind the Moon as seen from the Earth. This was about 8 minutes before LOI. As with all the LOI performed during Project Apollo it was perfect, the SPS burned for 6 minutes and 38 seconds, placing them into a 169 by 59 nautical miles (313 by 109.3 km) orbit.
(skip)
The Descent Orbit Insertion (DOI) burn was performed behind the Moon on the second orbit. This burn placed them into a 58.8 by 9.5 nautical mile (108.9 by 17.6 km) orbit, with the low point over Hadley Rille landing site. On Apollo 11 and Apollo 12 this burn was done by the Lunar Module after it had undocked from the Command/Service Module. From Apollo 14 onwards it was done by the CSM as a way of conserving fuel on the LM, allowing it to land with more equipment and consumables onboard.
Originally posted by Josephus23
reply to post by theability
my statement about no gravity in deep space was a sarcastic statement
that was intended to show that fuel would be needed after the TLI (trans lunar injection)
in order to reach "the moon"
but the burn on the rocketdyne J-2 rocket lasted about two minutes
and that was the only burn that was used to get people to the moon
since we both know that deep space both has gravity
and is awash with radiation
Originally posted by Josephus23
reply to post by theability
the rest is not up to sir isaac newton
the gravitational field of the earth and moon would be in constant conflict
slight alterations to the course is an understatement
the only mission that supposedly used the moon's gravity to "slingshot" the astronauts back to earth
was the apollo whatever tom hanks propaganda movie
i am glad that you have harped on the gravity in deep space thing
because after the two minute burn of the TLI
more burn would be needed
more than just "correctional burn"
because you have two competing forces with gravitational pull
Originally posted by Josephus23
reply to post by theability
the only information that ANYONE has provided me is information from NASA sources
the same entity that I am calling into question
got it
thanks
the rest is not up to sir isaac newton
the gravitational field of the earth and moon would be in constant conflict
slight alterations to the course is an understatement
the only mission that supposedly used the moon's gravity to "slingshot" the astronauts back to earth
was the apollo whatever tom hanks propaganda movie
A free return trajectory is one of a very small sub-class of trajectories in which the trajectory of a satellite traveling away from a primary body (for example, the Earth) is modified by the presence of a secondary body (for example, the Moon) causing the satellite to return to the primary body.[1] This method has been used by several spacecraft, most notably the Apollo 8, Apollo 10, and Apollo 11 lunar missions.
i am glad that you have harped on the gravity in deep space thing
because after the two minute burn of the TLI
more burn would be needed
more than just "correctional burn"
The only force that is competing is earths gravity leaving. Hence the fuel needed for TLI. Now when you get to the moon, you have to MUCH INERTIA to just go into orbit, hence the need for Lunar Orbit Insertion Burn to slow down. Then repeat the burns to leave, IE Trans earth injection burn to speed up your inertia to leave the Lunar gravity and reach earths gravity.
because you have two competing forces with gravitational pull
the only information that ANYONE has provided me is information from NASA sources
the same entity that I am calling into question
got it
thanks
for all readers who can see the validity of my argument
please research this on your own
do not rely on NASA official data
because it is roughshod and full of speculative holes
i bid you a fine adieu
cheers
(i must say that i feel that much more validated considering that 4 people have tried to attack my point)
desperate times calls for desperate measures