Solar Sistem Finished?

Which one is true?

THIS



or THIS?

Quote from: Danang on October 26, 2020, 05:01:02 PM

Which one is true?

THIS



or THIS?

Uh... both are right.  Depends on if you are looking at the solar system from the top or the bottom.

Do the wheels on your car turn clockwise or counterclockwise?

Normally the north is at up part and the south is at down part 🤔

Let me try again:

THIS



Or THIS?

Quote from: Danang on October 26, 2020, 05:14:54 PM

Normally the north is at up part and the south is at down part 🤔

You have to define your assumptions or nobody will know what they are.

If the north pole is pointing up, then this one is correct.

Quote from: Danang on October 26, 2020, 05:07:27 PM

Let me try again:

THIS



Or THIS?

Neither.  The scales are completely wrong.

Quote from: JJA on October 26, 2020, 05:22:23 PM

Quote from: Danang on October 26, 2020, 05:14:54 PM

Normally the north is at up part and the south is at down part 🤔

You have to define your assumptions or nobody will know what they are.

If the north pole is pointing up, then this one is correct.

It's okay for the moon's shadow going eastwards -in solar eclipse- BUT it's only for monthly basis per moon's rotation. And it should be counted day by day. That is absurd.

For daily basis model, still, the moon shadow is supposed to go westwards, and that contradicts to reality in solar eclipse whose umbra goes eastwards.

Quote from: Danang on October 26, 2020, 06:50:43 PM

Quote from: JJA on October 26, 2020, 05:22:23 PM

Quote from: Danang on October 26, 2020, 05:14:54 PM

Normally the north is at up part and the south is at down part 🤔

You have to define your assumptions or nobody will know what they are.

If the north pole is pointing up, then this one is correct.

It's okay for the moon's shadow going eastwards -in solar eclipse- BUT it's only for monthly basis per moon's rotation. And it should be counted day by day. That is absurd.

For daily basis model, still, the moon shadow is supposed to go westwards, and that contradicts to reality in solar eclipse whose umbra goes eastwards.

If the solar system was true, the umbra would go horizontally. Coz it's equinox.

If the solar system was true, the umbra would go horizontally. Coz it's equinox.

Quote from: Danang on October 26, 2020, 07:25:29 PM

If the solar system was true, the umbra would go horizontally. Coz it's equinox.

The 2017 solar eclipse didn’t happen on the equinox.

Quote from: Danang on October 26, 2020, 07:25:29 PM

If the solar system was true, the umbra would go horizontally. Coz it's equinox.

That was the eclipse of August 21, 2017.  It did not happen on the equinox.
http://regulus-starnotes.blogspot.com/2017/08/approaching-totality-preparing-to-go-to.html

Quote from: markjo on October 26, 2020, 07:33:00 PM

Quote from: Danang on October 26, 2020, 07:25:29 PM

If the solar system was true, the umbra would go horizontally. Coz it's equinox.

That was the eclipse of August 21, 2017.  It did not happen on the equinox.
http://regulus-starnotes.blogspot.com/2017/08/approaching-totality-preparing-to-go-to.html

Okay, how does the moon's shadow shift its latitude so fast?

Quote from: JJA on October 26, 2020, 05:22:23 PM

Quote from: Danang on October 26, 2020, 05:14:54 PM

Normally the north is at up part and the south is at down part 🤔

You have to define your assumptions or nobody will know what they are.

If the north pole is pointing up, then this one is correct.

It's okay for the moon's shadow going eastwards -in solar eclipse- BUT it's only for monthly basis per moon's rotation. And it should be counted day by day. That is absurd.

For daily basis model, still, the moon shadow is supposed to go westwards, and that contradicts to reality in solar eclipse whose umbra goes eastwards.

Quote from: markjo on October 26, 2020, 07:33:00 PM

Quote from: Danang on October 26, 2020, 07:25:29 PM

If the solar system was true, the umbra would go horizontally. Coz it's equinox.

That was the eclipse of August 21, 2017.  It did not happen on the equinox.
http://regulus-starnotes.blogspot.com/2017/08/approaching-totality-preparing-to-go-to.html

Okay, how does the moon's shadow shift its latitude so fast?

Unfortunately I never found a clear explanation with proper logic.
You must present either the earth rotating westwards or the moon goes westwards.

And both are contradictory to solar system.

By the way I've got a better explanation than the previous one:

RAHU GOES SOUTHWARDS INTERSECTING THE SUN'S PATH



This model answers "why the umbra's latitudes change, or go southwards (besides eastwards)

Quote from: Stash on October 26, 2020, 07:05:45 PM

This is probably the best gif pic in the internet. But it doesn't connect to solar system model. The sun gradually goes beyond the moon. That's why the moon's shadow goes eastwards with changing speeds.

I don't see the suitable model except PHEW FE Map.

Where's the gif pic?

Or let me help you out to present the "right" solar system on such a solar eclipse, with just common jpg pics.:

Let’s go straight to the description.

In Texas (or places with the same longitudes), at midday ~ 12:00 AM, on 2017, August, 21st ~ the earth, moon and sun are lining up.




And then the Moon goes eastwards FASTER than the Earth’s eastwards rotation speed. The Moon WILL separate from the Sun (at most 180°) till the next day at midday, the sun and the moon will “reunite again”.

This is the flaw of Solar System. The reality ain’t that way.

In reality, the sun and the moon always go together all day long till tomorrow with difference of around 11° per 24 hours.

Let’s go to the sunrise time, 6:00 AM at the next day ~ on 2017, August, 22nd ~ the moon will stay at azimuth around 8°.



This is not the true reality in sunrise time

Again, the sun and the moon are supposed to relatively go together all day long, not separated as shown in such a Solar System model.

Here is Rahu 

Quote from: Danang on October 29, 2020, 03:16:15 AM

Here is Rahu 

https://astronomy.stackexchange.com/questions/16436/is-this-picture-of-a-digital-camera-being-oversaturated-by-bright-light-source-i

Quote from: sokarul on October 29, 2020, 04:20:32 AM

Quote from: Danang on October 29, 2020, 03:16:15 AM

Here is Rahu 

https://astronomy.stackexchange.com/questions/16436/is-this-picture-of-a-digital-camera-being-oversaturated-by-bright-light-source-i