This part of the argument is skepticism about the ability of what the LM computer to do the big job that needed to be done.
It would be skepticism if you could back up your argument - i.e., by saying exactly what
would be sufficient in the LM control scheme. But you just keep complaining it wasn't enough. That's not skepticism; that's simply your uninformed denial.
I feel I had to partly answer the reason that NASA would go all the way to the moon and NOT land.
You changed your answer ("something in the vicinity of the moon"), than went back to your computer-was-insufficient theme.
The technology of the '60s included some discrete component hardware. RTL, DTL and TTL were among the first digital integrated circuits. They included the Nand and Nor gates as well as Flip Flops.
You said "that was the era before... RTL". That was simply wrong; don't try to tap-dance around it. Again, the AGC was
built with RTL.
My memory, experience and education have been sufficiently accurate. I remembered the equations I learned while in the 6th grade in 1957 that allowed me to calculate the times it would take a body to fall to feet on earth and on the moon. These are the same as you can find with an internet search.
It's great that you can remember a couple of basic kinematic equations. But you apparently can't remember what movie you keep referring to, and your memory on many other things has been repeatedly shown to be simply wrong.
As far as "experience and education" in relevant fields, you are welcome to cite yours.
My recall of the amount of memory in the LM was not incorrect. I thought it was 1K to 2K.
You said it was 1K. That's wrong. So is 2K. By more than an order of magnitude.
The exact number didn't matter to me because it is in the order of magnitude that I wished to discussed. I never bothered to even try remember the exact amount of memory.
You're still wrong in representing that the exact amount doesn't matter. When you're willing to substitute learning for defensiveness, again, we can talk about design margin.
About the movies, I remembered what I saw and what was in the movies. I didn't misrepresent the movies. My recall was as it was after seeing the movie.
Really? What movie, exactly? After all these posts, you still can't even provide a title, or evidently be bothered to try to look for it, even though others here have.
You are being stupid if you think that a person's memory should be total recall or that it is totally bad.
I never said that. But your memory has been repeatedly shown to be simply wrong.
With the internet, you can get the exact information.
Often, yes; but without understanding, you can't use it properly. In at least one case, the exact information was handed to you and you still didn't understand it.
I am only your guide. If I want an exact source, I'll go to the internet (which isn't perfect either)
LOL! You are most definitely
not my guide. I have nearly two decades of actual spaceflight engineering under my belt, as well as degrees in space physics and two more in engineering (electrical, systems).
The first integrated circuits were RTL or resistor-transistor logic. DTL and TTL came later. I didn't say that the AGC was built with discrete parts - just that some of the technology of that era did use discrete componets for various reasons.
Evasion noted, again. You said "That was the era just before DTL, RTL and TTL." That was simply wrong; RTL logic was the
basis for the AGC and was well-established before the first AGC guided the Apollo 10 LM towards the lunar surface. Don't try to tap-dance around your error.
Why don't you as well. You have repeated jumped to conclusions that you thought warranted only because you had decided not to trust what I was saying.
I don't trust what you're saying because so much of it is wrong, and the rest is unsupported by anything other than your own convictions.
I did change a little. I restated my skepticism about the power of the computer to state that I was sure that when it was designed and built that the engineers thought it would be adequate.
No, you said
the memory was probably theoretically sufficient to get the job done (immediately after saying
it is still pitiful small given the big job it had to do, but I've already pointed out your self-contradiction). That's not the same thing (even though you've also said those same engineers are better than today's engineers).
I was talking about launching from the moon and hitting a target moving several thousand miles per hour. This is a seven dimentional requirement (pitch, roll, altitude, velocity, and x, y, z).
First, you keep reciting your Googled-up factoids as if we don't already know these things. But that doesn't support your position.
All the rendezvous involved the same state information. You have to specify why one rendezvous was doable and another wasn't.
Second, such rendezvous had
already been done in the Gemini program. With less computing power than Apollo. But you won't understand that from a brief visit to good ol' U. Google.
ETA: Third, the word you're looking for is
yaw, not "altitude".
And I am only skeptical that the technology of the time was adequate. I am trying to find the reason that they did NOT land on the moon
You've given two different versions (insufficient computer power, "something in the vicinity of the moon") - but when you do find that reason, I for one am very interested in reading all about it. Until then, there's really not much point in repeating your claim, getting asked for proof, lather, rinse, repeat.
as witnessed by the lack of 1/6 th gravity in the moon video.
Begging the question. And refuted anyway, but easily-found video imagery demonstrating the jumps you said you couldn't find. (After "analyzing" "a complete set of authentic and original videos and photographs", which was in itself a ludicrous claim.)
Again, logical fallicies including ad hominen attacks, straw man arguments, and spamming do NOT change my mind and they shouldn't be expected to.
Neither, apparently, do facts and actual relevant experience. That's too bad. But if you're willing to learn, rather than defending untenable positions...