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originally posted by: wmd_2008
a reply to: htapath
Sorry right angles the RESOLUTION of the object is not goid enogh to claim that as for the assumption they look ridgid, again a still image with a fixed moment in time. Shaped like the clouds seems more like head in the clouds.
originally posted by: draknoir2
a reply to: htapath
And let me reiterate one key point: You yourself were not a witness to that which you so vehemently maintain wasn't a bird.
So we are all equally qualified to interpret your photo.
Now calculate the probability of someone randomly capturing said bird on an image in that position without even seeing the bird in the first place.
If one could place a wager in Las Vegas on the likelihood of such an image being captured, what would the odds be?
originally posted by: gavron
I hike all the time here in Arizona. I see lots of large birds, including red tail hawks, turkey vultures, you name it. It's not that hard to catch a bird with its wings down while flying...
originally posted by: htapath
originally posted by: wmd_2008
a reply to: htapath
Sorry right angles the RESOLUTION of the object is not goid enogh to claim that as for the assumption they look ridgid, again a still image with a fixed moment in time. Shaped like the clouds seems more like head in the clouds.
Alright then. Let's break it down into milliseconds.
How long does it take for a bird to flap its wings? Roughly one second? For how many milliseconds would you expect a birds wings to be pointing straight down?
Then multiply that number times the probability of a bird flapping its wings after reaching its desired altitude.
Now calculate the probability of someone randomly capturing said bird on an image in that position without even seeing the bird in the first place.
At high noon in the desert, with oddly shaped surrounding clouds, which just happen to be shaped like this bird, which was invisible to the naked eye.
If one could place a wager in Las Vegas on the likelihood of such an image being captured, what would the odds be?
Now calculate the probability of someone randomly capturing said bird on an image in that position without even seeing the bird in the first place.
If one could place a wager in Las Vegas on the likelihood of such an image being captured, what would the odds be?
Shuffling a deck of cards
Do you want to witness an "improbable" event right now in your very own home?
Take a standard deck of 52 cards, shuffle it well and spread the cards in a line. Look at them well. Assuming an ideally random shuffle, the probability of a card sequence in this exact order is...
1 in 80658175170943878571660636856403766975289505440883277824000000000000
Really. And yet despite this very low probability, you just got that sequence. Which may be mindblowing if you haven't studied statistics or combinatorics. Of course, this is because the probability that is given to you is ex ante and when you are reading the sequence of the cards after you shuffle them, you are simply validating what you see. The ex post probability of getting that particular sequence is always 100%
My philosophy is not to believe anything, mate.
Beliefs are very limiting
and all of those were shed many moons ago.
originally posted by: gavron
originally posted by: htapath
originally posted by: wmd_2008
a reply to: htapath
Sorry right angles the RESOLUTION of the object is not goid enogh to claim that as for the assumption they look ridgid, again a still image with a fixed moment in time. Shaped like the clouds seems more like head in the clouds.
Alright then. Let's break it down into milliseconds.
How long does it take for a bird to flap its wings? Roughly one second? For how many milliseconds would you expect a birds wings to be pointing straight down?
Then multiply that number times the probability of a bird flapping its wings after reaching its desired altitude.
Now calculate the probability of someone randomly capturing said bird on an image in that position without even seeing the bird in the first place.
At high noon in the desert, with oddly shaped surrounding clouds, which just happen to be shaped like this bird, which was invisible to the naked eye.
If one could place a wager in Las Vegas on the likelihood of such an image being captured, what would the odds be?
OK...calculate the odds of someone photographing the Sun, then of catching Venus transiting the sun, then a plane flying across the sun at the same time. I didn't see the plane when I photographed this....so does it make it a UFO as well?
originally posted by: neformore
My old grandma, bless her, had a saying;
If it looks like a duck, walks like a duck, quacks like a duck, swims on the water like a duck, eats what ducks eat, lives in a group with ducks, is called Ducky McDuck and comes from Duck Town, in Duck County, in the great state of Ducksville that forms part of the United States of Duck, then its usually a duck.
Or in this case, probably a small bird of prey.
originally posted by: htapath
originally posted by: wmd_2008
a reply to: htapath
Sorry right angles the RESOLUTION of the object is not goid enogh to claim that as for the assumption they look ridgid, again a still image with a fixed moment in time. Shaped like the clouds seems more like head in the clouds.
Alright then. Let's break it down into milliseconds.
How long does it take for a bird to flap its wings? Roughly one second? For how many milliseconds would you expect a birds wings to be pointing straight down?
Then multiply that number times the probability of a bird flapping its wings after reaching its desired altitude.
Now calculate the probability of someone randomly capturing said bird on an image in that position without even seeing the bird in the first place.
At high noon in the desert, with oddly shaped surrounding clouds, which just happen to be shaped like this bird, which was invisible to the naked eye.
If one could place a wager in Las Vegas on the likelihood of such an image being captured, what would the odds be?
originally posted by: gavron
OK...calculate the odds of someone photographing the Sun, then of catching Venus transiting the sun, then a plane flying across the sun at the same time.
originally posted by: CosmicRay
100% according to ZetaRediculian's calculations.