DeathToTheGlobe - The Moon is SMALL on our FLAT EARTH (NASA LIES)
Dear DeathToTheGlobe,
Fact check = You FAIL
Your statement at time mark 2:22, "The apogee and perigee really don’t make a difference”
So now it's obvious you know nothing about what the Moon looks like over a monthly period, and also not the basics of photography or astronomy.
Here is the angular apparent size of the Moon in the sky at closest and farthest approach from the Earth...
Fact check = You FAIL
As you did, comparing two pictures of the Earth from two different cameras, from two different distances, and thinking they should be the same size on a photograph - is nuts.
Photography:
The same object (say a building) on two different pictures can be quite different. But everyone knows that (except you) because it's common sense.
Check the pictures of the Sears Tower below.
Sears Tower in Chicago - from a faraway balcony
I have a collection of photos taken from my digital camera. All of them were taken with the same settings (same resolution etc.). However, all these pictures have different file sizes. Why is this? Could it be because of the colors or something?
Answer:
JPEG and many others formats use compression algorithms to optimize the file size, which will cause it to depend on the content.
A picture with more gradients, colors and details should generate a bigger file in size than one containing simpler forms, even if both use the same resolution and compression level.
Unlike JPEG, file formats like BMP and TGA do not use compression and their size will depend only on the resolution and color depth of the pixels.
What is focal length?
Answer:
the distance between the center of a lens or curved mirror and its focus.
In short, the focal length of the lens is the measure of how “zoomed in” your lens is. Much like looking through binoculars, you may be at 40 mm and be able to see an entire mountain, or zoom in to 400mm and only see one tree on the mountain.
The focal length measurement tells the photographer what the angle of view will be. The angle of view means how wide of an area is visible in the picture. It also conveys the magnification of far-away objects in the photo.
If you shoot at 20mm and the person you're photographing is 30 meters away, the person will be small (magnification) and you will see a lot of area around the person (field of view). However, if you zoom in to 300mm, the person will be large in the picture (magnification) and there won't be much scenery on the sides of the model showing in the frame (field of view).
Focal length is measured in millimeters, but the measurement is not of the actual physical length of the lens, but rather the magnification properties of the lens.
Here are some examples...
As you can see, picture image size also depends upon the focal length of the camera
Fact check = You FAIL
For deleting from view the following comment...
Afraid that your subscribers will see how dumb you are?
Conclusion: You are a failure at flat Earth. Get a new life.
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DeathToTheGlobe video at..
https://www.youtube.com/watch?v=v7kK-JAGB9o
Published on – April 9, 2017
Discussion at - https://www.youtube.com/channel/UC7ipUKERU0tzYFxALJBli4A/discussion
Our home page all articles - http://flatearthlunacy.com
kind regards, JonahTheScientist
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Update: April 2, 2021
Experience the Apollo 11, 13 and 17 missions in real time.
For those that say these events never happened, listen to the hundreds of hours of space-to-ground audio, see the pictures, video & voice from the surface during the walks, mission details - so please stop your DENIALS since you are just embarrassing yourself.
Apollo in Real Time
- - -
Apollo 11
Included real-time elements:
- All mission control film footage
- All TV transmissions and onboard film footage
- 2,000 photographs
- 11,000 hours of Mission Control audio
- 240 hours of space-to-ground audio
- All onboard recorder audio
- 15,000 searchable utterances
- Post-mission commentary
- Astromaterials sample data
- - -
Apollo 13
Included real-time elements:
- All mission control film footage
- All on-board television and film footage
- All Mission Control audio (7,200 hours)
- 144 hours of space-to-ground audio
- All on-board recorder audio
- Press conferences as they happened
- 600+ photographs
- 12,900 searchable utterances
- Post-mission commentary
- Onboard view reconstructed using Lunar Reconnaissance Orbiter data
- - -
Apollo 17
Included real-time elements:
- All mission control film footage
- All on-board television and film footage
- 302 hours of space-to-ground audio
- All on-board recorder audio
- 3,600+ photographs
- 35,800 searchable utterances
- Landing area reconstruction using Lunar Reconnaissance Orbiter data
Other info...
Official NASA Apollo photo archives at...
Apollo Lunar Landing Missions:
Apollo 11 - Landed on Moon 20 July 1969, Sea of Tranquility, Returned to Earth 24 July 1969
Apollo 12 - Landed on Moon 19 November 1969, Ocean of Storms, Returned to Earth 24 November 1969
Apollo 14 - Landed on Moon 5 February 1971, Fra Mauro, Returned to Earth 9 February 1971
Apollo 15 - Landed on Moon 30 July 1971, Hadley Rille, Returned to Earth 7 August 1971
Apollo 17 - Landed on Moon 11 December 1972, Taurus-Littrow, Returned to Earth 19 December 1972
Apollo 11 Image Library
http://www.hq.nasa.gov/alsj/a11/images11.html
Apollo 12 Image Library
https://www.hq.nasa.gov/alsj/a12/images12.html
Apollo 14 Image Library
http://www.hq.nasa.gov/alsj/a14/images14.html
Apollo 15 Map and Image Library
https://www.hq.nasa.gov/alsj/a15/images15.html
Apollo 16 Map and Image Library
http://www.hq.nasa.gov/alsj/a16/images16.html
Apollo 17 Image Library
http://history.nasa.gov/alsj/a17/images17.html