Oldmantook
Well-Known Member
uhhh...I can still see the ship.Ship sinks below horizon while viewed through a telescope ...
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uhhh...I can still see the ship.Ship sinks below horizon while viewed through a telescope ...
uhhh...I can still see the ship.
yes, can't you?Can you see the ship, the whole ship and nothing but the ship?
yes, can't you?
The top half? At most the bottom portion of the hull is missing which is to be expected. I suggest you study angles and perspective or just do a very simple experiment for yourself. Find a long, flat road. If you look down that long road, you will see people or vehicles "disappear" from the bottom up as they travel away from you. If you take a pair of binoculars, they don't disappear but yo can now see them again as it is a function of perspective or their "vanishing point."You can only see the top half or so of the ship ...
The top half? At most the bottom portion of the hull is missing which is to be expected. I suggest you study angles and perspective or just do a very simple experiment for yourself. Find a long, flat road. If you look down that long road, you will see people or vehicles "disappear" from the bottom up as they travel away from you. If you take a pair of binoculars, they don't disappear but you can now see them again as it is a function of perspective or their "vanishing point." The fact that the ship hasn't completely disappeared contradicts your claim in the first place - bad example.
At most the bottom portion of the hull is missing which is to be expected. I suggest you study angles and perspective or just do a very simple experiment for yourself. Find a long, flat road. If you look down that long road, you will see people or vehicles "disappear" from the bottom up as they travel away from you. If you take a pair of binoculars, they don't disappear but you can now see them again as it is a function of perspective or their "vanishing point." The fact that the ship hasn't completely disappeared contradicts your claim in the first place - bad example.No I can't. I do see the upper superstructure only. At the end the hull is below the horizon. Perhaps an optometrist might be able to help you.
The top half? At most the bottom portion of the hull is missing which is to be expected. I suggest you study angles and perspective or just do a very simple experiment for yourself. Find a long, flat road. If you look down that long road, you will see people or vehicles "disappear" from the bottom up as they travel away from you. If you take a pair of binoculars, they don't disappear but yo can now see them again as it is a function of perspective or their "vanishing point."
That's just it isn't it... nobody knows... they have no idea... that is the big question... Science doesn't even know..Why ... do things fall DOWN ?
Why don't they fall UP ... or SIDEWAYS ?
What force causes things to uniformly fall DOWN ???
Sorry, can you pose this question a bit more clearly for me?There’s nothing new about questioning whether or not the account is meant to be taken literally, questions about that predate modern science by centuries. The reason for that is that an analysis of the text itself, just as it is, throws up problems with your approach of just reading it and taking it to mean what you happen to think. Why do you think your interpretation is in some way more valid than an interpretation based on what we can know about how people thought at the time?
At most the bottom portion of the hull is missing which is to be expected. I suggest you study angles and perspective or just do a very simple experiment for yourself. Find a long, flat road. If you look down that long road, you will see people or vehicles "disappear" from the bottom up as they travel away from you. If you take a pair of binoculars, they don't disappear but you can now see them again as it is a function of perspective or their "vanishing point." The fact that the ship hasn't completely disappeared contradicts your claim in the first place - bad example.
Thank you. You did not dissappoint... the word "refraction" was what I was looking for... thanks..This actually can happen but under very special circumstances. The observer must be standing precisely on the terminator. This that point on the surface that marks the line between light and dark. The line of termination can be seen quite clearly on the moon. At this point the observer would be in a direct line betwen sun and moon and would be seeing the earth's shadow eclipsing the moon while the sun was setting directly behind him. This would only observed for a few minutes. This effect would be enhanced a bit by the refraction of the sun's light as it passes through the atmosphere. This makes the sun appear to be just at the horizon when actually it is just below the horizon. I hope this clears things up for you.
Nice try... many would agree with you.. however. that is a description of the shadow of a cross section of my body. The part of my body that is blocking the light will still be the same size or smaller than the shadow it casts.Tonight when it is fully dark walk directly toward a street light. It would help if the street lights were quite widely spaced so that you are not seeing multiple washed out shadows. Walk slowly backwards toward the light (be careful not to trip) and look at your own shadow. At first it will be lengthy and much longer than you are tall. As you get closer your shadow shortens until when you are directly under the light you are literally standing on your own shadow. The same sort of effect is evident in the solar eclipse diagram below:
https://amp.businessinsider.com/images/599aff99f1a850c02a8b60bb-750-582.png
Want to play a game... lets show videos of our view... There are numerous videos on the net that show boats and ships reappearing as they are viewed through a camera an slowly zoomed in on.Ship sinks below horizon while viewed through a telescope ...
How do you figure... You are the ones that are stating that the moon can cast a shadow that is smaller than itself. It's shadow, on the earth, is about 70 miles wide. Just check NASA's site.. it's their data, not mine.Whoops ... Unfortunately, this disqualifies you from the Science Hall of Fame ...
That's just it isn't it... nobody knows... they have no idea... that is the big question... Science doesn't even know..
However... they have to have some reason.. which they call gravity, so that we can all stick to the ball earth.
Really?This is due to the enormous size of the Earth. What you see at the Earth's surface will always appear to be at your line-of-sight.