It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
Is that really the same instrument in his left hand and then right hand?
It looks totally different in the two pics but I'm not familiar with how it works..
Originally posted by DJW001
The other issue is that during this jump, Schmitt manages to PULL OUT a LRV sampler with his left hand, transfer it to his right hand, and then somehow make it disappear before the 4 seconds are over.
It was already in his left hand, FoosM:
[atsimg]http://files.abovetopsecret.com/images/member/ec0be0c7461e.jpg[/atsimg]
Here's a photo taken just a few minutes earlier:
[atsimg]http://files.abovetopsecret.com/images/member/6f6349a4d5c4.jpg[/atsimg]
Apollo Lunar Surface Journal
So, if the timing is a red herring, why did you bring it up again? How dare you bandy the expression "intellectual dishonesty" around when you do things like this?
AS17-134-20452 Jack mounting LRV, sunstruck.
AS17-134-20453 The second of three photos Gene took of Jack jumping into the LMP Rover seat.
AS17-134-20454 Jack mounting LRV.
v.tr.
1. To climb or ascend: mount stairs.
2. To place oneself upon; get up on: mount a horse; mount a platform.
v.intr.
1. To go upward; rise.
2. To get up on something, as a horse or bicycle.
Because of the limited flexibility of the spacesuits, it was not possible for an astronaut to place samples into a collection bag attached to his own backpack. Instead, he would place his samples into a collection bag attached to another astronaut's backpack
Before I get into it, I want to set the record straight that these three photos are of one event, one movement:
2. To place oneself upon; get up on: mount a horse; mount a platform.
NASA would have you believe that three photos were taken within the time of 0:19. Thats just not possible.
Now one thing you should notice is that the astronaut in the video hops into the seat is different to the photo sequence. In the video the astronaut is leaning forward, using his arms to get seated. In the photos, the astronaut is leaning back, arms are not being used. This by itself throws into question the validity of the photos which frankly reminds me of a doll in a toy car:
Here's a photo taken just a few minutes earlier:
[atsimg]http://files.abovetopsecret.com/images/member/6f6349a4d5c4.jpg[/atsimg]
To be honest, I'm not sure. It does suggest he favors his left hand, however.
It was already in his left hand, FoosM:
[atsimg]http://files.abovetopsecret.com/images/member/ec0be0c7461e.jpg[/atsimg]
Originally posted by DJW001
Do you actually have a point, FoosM? This is getting tedious. Here is a summation:
First you claim that the photos were all taken in "about a second." The transcript itself proved you wrong. Then you claimed that the tool appeared out of nowhere, then disappeared. The tool is clearly visible in the first photo, so I worked out the timing to prove that it was possible for Cernan to transfer the tool from his left hand to his right then deposit it behind him during the four seconds the sequence took. Then you claimed the timing was a red herring, and decided the smoking gun was that the astronaut was not in contact with his seat. You yourself just now posted a video that confirms my contention that astronauts can bounce up as they shift their position in low gravity. Have I left out anything?
Originally posted by EL1A5
It makes sense to "fake" the moon landing, during those times we were in a race with Russia to see who can do it first, that would be a perfect tactic.
"OPE! we got there first, looks a video of it too, haha WE WIN!"
it makes me think about all the other things that NASA along side with the great american gov. might be lying to us about, ie. missions to mars, images of other stars and planets, etc.
Originally posted by weedwhacker
reply to post by FoosM
I want to ask, and I expect a decent answer as to WHAT is topical about the silly YouTube video that is the last one in the post that this "Reply TO" is addressing.....and, where is the relevancy of the other silly YT videos.....I recall, up-thread, one about a turtle --- and a clip from the movie "Pulp Fiction".
Very simple, Turtle was an example of how difficult it is to move with a large object attached to your back, like a PLSS.
I "got" what you apparently "thought" was a proper 'demonstration' (I.E., the "turtle" example)....but, you clearly either refuse to acknowledge the REAL physics, OR? You used that "example" disingenuously. (??) I know what I think.....
puts Rene and Jarrah in their places.
How long did those big jumps take?
About two seconds?
Smaller jumps about one?
Here we can see an astronaut jumping into a rover:
How long did that take? Less then a second?
Now anybody here know how fast the magazine could advance the film?
Would approximately ONE second sound about accurate?
Which means for any action that takes a second, you could only be able to capture it once.
Correct?
The first question:
How was that possible?
Three photos for a 1 second event?
168:47:08 Schmitt: Ready? (Pause)
168:47:12 Cernan: I got three of them that time.
Lets take a closer look at these photos.
in 20453
Jack has the LRV sampler in his right hand
Just like in the examples, we see it, The Sampler, in Jack's right hand as he is LANDING in his seat.
However, it doesnt start in in right hand.
It starts in his left, then its transferred to his right, and by the time of the last photo, it has disappeared.
Question: How did Jack managed to pull out, change hands and hide the LRV sampler while he jumped into his seat in ONE second?
Question: How did Gene manage to change his position and take 3 photos in ONE second? And without causing any type of motion blur in the photos?
Now since you are such an expert in photography,
I challenge you to inform us how these three photos were possible to make in one second:
But I did provide evidence that jumping in a Rover only takes but a second.
And we are not even talking about the take-off, what we see in the photos is the landing.
Go ahead, take your modern DSLR and shoot someone jumping onto a couch.
And tell that person while they are doing that to pick up a pipe with one hand, pass it to the other hand, and make the pipe disappear.
The photos however do not show the astronaut jumping up, hovering, and landing in his seat.
All three photos are after the initial jump. So basically you would have to say it took 3 seconds to land!
In those 3 seconds, the astronaut managed to pull out the LRV sampler, change hands, and made it disappear.
All this with no motion blur in the photos.
Its MAGIC look!
Or three seconds to land, bounce, and shift his position. What exactly is the point of this exercise in photo mis-interpretation? I'm not at all certain what you think the issue here is, and the lines you are drawing all over the picture don't make any sense, as usual.
You still haven't explained what your issue with these photos actually is. Is it a question of timing? That seemed to be your original problem. Rather than work it out for yourself, you crowed as though your unstated opinion proved something. You did not even bother to look up the advance time in the camera until I challenged you. Knowing that, we can work out the timing. There are three factors that determine this:
1) The astronaut's reaction time, this is how long it would take him to trigger the shutter.
2) The shutter speed. This is how long it would take the camera to expose the film.
3) The film advance speed. This would determine the time between the exposure and the reaction of the photographer, allowing him to take the next photograph.
Now that we know all this, we can work out the timing of the sequence, Let us assume that Gene's reaction time is 0.25 seconds. In reality, it was probably better than this. Here's how the sequence would go:
t=0 seconds Jack starts to jump into the LRV
t=0.25 sec. Gene reacts to this and squeezes the shutter release
t=0.254 sec. Shutter captures first photo (1/250 = 0.004)
t=1.254 sec. Film advances
t=2.00 4sec. Gene squeezes the shutter release
t=2.008 sec. Shutter captures second photo
t=3.008 sec. Film advances
t=3.258 sec. Gene squeezes the shutter release
t=3.262 sec. Shutter captures final photo.
Total elapsed time: 3.262 seconds. What does the transcript say?
Gene goes to the front of the Rover to take pictures of Jack jumping in his seat. The three pictures are AS17-134- 20452, 20453, and 20454.
168:47:08 Schmitt: Ready? (Pause)
168:47:12 Cernan: I got three of them that time.
Four seconds? Oh, of course. It took Gene 0.25 seconds to realize Jack had stopped moving and decide to boast to him how many shots he got in that time. It is rather odd that he mentioned it, don't you think? It's almost as though the two astronauts were playing some sort of game. This might explain why Jack was doing his little juggling trick, to see if Gene could catch the rake in mid-air, er, vacuum. Why else would Jack ask if Gene were ready?
I know 3.262 seconds doesn't sound like a very long time, but if you count it out: "one hippopotamus, two hippopotamus, three hippopotamus..." it actually seems much longer. I've taken the liberty of creating a gif animation that shows these photos in their proper time sequence:
i.picasion.com...
The animation cycles over three seconds. Sure seems like it takes forever, doesn't it? Since you seem to be confused because the camera bobs up and down from frame to frame, I've created another animation that keeps Jack centered. Notice the position of his hands. In the first photo, his right hand is starting to angle towards his left. In the second photo, it has rotated further to catch the rake, while his left hand is raised, as though he has just tossed something to his right. In the final photograph, his right hand is palm down, as though he has just dropped something. Any questions?
i.picasion.com...
I said the jump took a second. You are the one stuck like a broken record player focused on how long it would take three photos. But thats just you using a red herring.
Originally posted by DJW001
reply to post by FoosM
We seem to have a misunderstanding here. Let's go through the offending statement one point at a time. I would appreciate your honest feed-back:
I said: "First you claim that the photos were all taken in 'about a second.' The transcript itself proved you wrong."
This is why:
How long did those big jumps take?
About two seconds?
Smaller jumps about one?
Here we can see an astronaut jumping into a rover:
How long did that take? Less then a second?
Now anybody here know how fast the magazine could advance the film?
Would approximately ONE second sound about accurate?
Which means for any action that takes a second, you could only be able to capture it once.
Correct?
The first question:
How was that possible?
Three photos for a 1 second event?
168:47:08 Schmitt: Ready? (Pause)
168:47:12 Cernan: I got three of them that time.
Your first post. [Edits for brevity --DJW001]
It certainly sounds like you were claiming that the pictures must have been taken in about a second.