Is the Moon a Flat Disc or a Round Ball

by TJ

One of the things that was mentioned by Jeran last night on the Globebusters show #5 was that the moon is a flat disc, not a round ball.

At first this seems absurd. Of course it is a ball, we can see it!

When looking through a telescope or a camera, it is possible that it is creating a more defined spherical look to it because of the curved lenses.

When I look up, it seems spherical to me with the naked eye. There is an important thing to consider which he noted.

I will get to that below but wanted to point something else out.

People say that the earth is a sphere because the moon, sun, and planets are spheres. So it only makes sense that the earth is one.

One thing we don't see with the moon is a spin rotation. Allegedly the earth rotates on its axis. The moon doesn't?

So we could say, well if the earth spins on its axis, then the moon should?

Maybe we can even dare say, well, the moon doesn't spin on its axis, so neither does the earth?

This kind of logic that is used can be used to prove (not really) different points but really doesn't prove anything.

Here is the thing he said that has me thinking he is probably right. If the moon is a sphere, why is it that everyone in the world all sees the same side. We also never see the bottom. At some point in its position, we should see the bottom of it (at least someone somewhere)?

It is an interesting thought and definitely something to consider.

There are others that say we don't see shadows and shading that we should see on a sphere. There was a light experiment someone did with a ball and flat disc that seemed to disprove this. It may be that shadows on a flat disc doesnt work at all.

One thing to keep in mind is that a flat disc does not mean flat like a piece of cardboard or paper. There are heights and depths and we can clearly see that on the moon.

Comments for Is the Moon a Flat Disc or a Round Ball

Average Rating starstarstarstar

Click here to add your own comments

Mar 28, 2017
Flat earth issues
by: Ray

The moon DOES turn on its axis -- exact ne turn in one moon revolution of earth -- the moon thus keeps one face toward earth.
It is unclear why you think all this has something to do with earths shape tho. To tell if earth could be flat, simply examine your flat model. If you do you will immediately notice that in the course of very few hours each day, both the moon and the sun will need to hugely change in size. Specifically, the size of the object will need to be proportional to the sine of the angle the sun/moon is above the horizon. For instance if you photographed the full moon when 1 deg above the horizon, and waited till midnite and took another pix, when it might be, say, 50 degrees, the moon would have needed to be sine 50deg/sin1deg = 44 times as big. Neither the moon nor the sun change size one bit in the course of these few hours, much less 44 times.

Mar 27, 2017
The moon does rotate
by: Anonymous

The reason we see the same face of the moon all the time is beacause it is tidally locked with us. This means that it turns on its axis at the same rate that it revolves around us. This has happened with most major moons in the solar system.

Feb 02, 2017
by: Lacy Evans

If up is out, I'd say all we ever see is the "bottom" and never the top.

Oct 16, 2016
We do see different angles of the moon.
by: Anonymous

But we doooooo see different angles from different positions. Thats a known fact. While its between south america and africa, the part that appears as the top to one side appears as the bottom to the other.

Feb 11, 2016
Seeing the Moon's bottom?
by: Anonymous

How do you expect anyone to see the bottom of an object 238k miles away, no matter where you are on the Earth you will never change your angle of view.

Click here to add your own comments

Join in and write your own page! It's easy to do. How? Simply click here to return to Flat Earth.

Share this info!

Return to homepage

Enjoy this page? Please pay it forward. Here's how...

Would you prefer to share this page with others by linking to it?

  1. Click on the HTML link code below.
  2. Copy and paste it, adding a note of your own, into your blog, a Web page, forums, a blog comment, your Facebook account, or anywhere that someone would find this page valuable.