A question for all would sundials work on a globe
Of course they do.
I [know] it could work at one side of the sun but after 6 months the shadows at 4 o'clock in the afternoon would they be on the same side.In the same place.
If by "same side", you mean would the shadow be east of the gnomon[nb]The thing that casts the shadow.[/nb] at 4 in the afternoon year round, sure. The end of the shadow will be further south in the summer (in the Northern Hemisphere) than it will in the winter, though.
Try and get to a consensus of opinion instead of throwing insults.
There has been a consensus of more than just opinions for centuries now. The Earth is known to be a globe and sundials are known to work with reasonably good accuracy[nb]Within about 1/4 hour or so.[/nb].
A question for the globalist is does the axis the earth rotates round face in the same direction ie away from the sun at the top or 6 months latter does it point into the sun at the top.
The Earth's axis is a line that's tilted about 23° from perpendicular to the Ecliptic (the plane of the Earth's orbit about the Sun); it never points directly toward the Sun, but sometimes (i.e. at the Equinoxes) is perpendicular to the direction to the Sun. The Earth's axis does always point toward the same spot in space[nb]Neglecting precession, which is slow, taking about 26,000 years, and nutation, which is faster (the most significant component of nutation has a period of about 19 years), but is small.[/nb].
If I understand what you're saying, yes, the Earth's Northern Hemisphere ("the top") is tilted toward the sun for about half the year, and away from it the other half. This affects how far north or south the end of the shadow is at a given time of day, but only slightly affects how far east or west the shadow is.
The debate should be fun. Good luck.
Maybe you can clarify what it is we're supposed to be debating about. Are you suggesting that a sundial couldn't work on a spherical earth? Please explain why you think that and we can discuss it.