137. When the Sun is visible during a lunar eclipse this disproves the heliocentric model

"Another assumption and supposed proof of Earth’s shape, heliocentrists claim that lunar eclipses are caused by the shadow of the ball-Earth occulting the Moon. They claim the Sun, Earth, and Moon spheres perfectly align like three billiard balls in a row so that the Sun’s light casts the Earth’s shadow onto the Moon. Unfortunately for heliocentrists, this explanation is rendered completely invalid due to the fact that lunar eclipses have happened and continue to happen regularly when both the Sun and Moon are still visible together above the horizon! For the Sun’s light to be casting Earth’s shadow onto the Moon, the three bodies must be aligned in a straight 1 80 degree syzygy , but as early as the time of Pliny, there are records of lunar eclipses happening while both the Sun and Moon are visible in the sky. Therefore the eclipsor of the Moon cannot be the Earth/Earth’s shadow and some other explanation must be sought." 



Dubay again ignores atmospheric refraction as a cause of  the observed phenomenon

Atmospheric refraction causes astronomical objects to appear higher in the sky than they are in reality.

You can see this effect at most sunsets because when you see the Sun sitting on the horizon, it is already below the horizon. Our atmosphere acts like a lens and bends the sun's image just above the horizon, allowing us to see it.

One of the ways you can prove to yourself that atmospheric refraction is actually taking place is to observe the shape of the Sun as it sets.   The refraction increases closer to the horizon.

Source: http://www.slate.com/blogs/bad_astronomy/2011/11/20/sunsets_are_quite_interesting.html?via=gdpr-consent
This difference in refraction between the top and the bottom of the observed Sun results in the shape of the Sun being squashed vertically, often easily visible with the naked eye.



Another effect also caused by the refraction that you may have noticed is that at sunset Sun appears to linger on the horizon and then speed up immediately before disappearing. 

So yes, the Sun can still appear to be above the horizon when a lunar eclipse is taking place.

Also note that although Dubay states that "some other explanation must be sought", he makes no attempt to actually explain it himself.  That is because flat earthers have no explanation.




< Prev     131-140    Next >

Comments

Popular posts from this blog

127. Straight reflections of sunlight and moonlight are impossible on a spherical Earth

Debunking Eric Dubay's 200 proofs the earth is not a spinning ball

If Earth was a sphere the visible stars would be different