About 93 million miles distant from Earth, visible in the sky during daylight
hours, appearing directly overhead from somewhere on the Equator, with
the stars of Virgo directly behind it if you could see them.
In 2012, this particular configuration occurs at 2:49 PM GMT on September 22.
At noon, the Sun would cross the meridian, wherever you live.
September is close to an equinox; if you live at the Equator, the Sun would be at the zenith. For every degree further north that you live, the Sun would be a degree south of the zenith. For example, if you live at 50 degrees latitude North, the Sun would be 40 degrees above the horizon (towards the South) i.e., 50 degrees from the zenit.
Somewhere on the Equator. But you can't say exactly where, because "noon"
actually takes 24 hours to rotate all the way around the equator.
I do believe it is on the 15 degrees South lattitude
The sun can never be directly overhead anywhere in New York state ... or anywhere in the USA for that matter. The highest it can ever appear is at noon on June 21. But in order to ever see it directly overhead, you have to be located within 23.5 degrees of the equator.
It shines directly overhead at noon on June 21-22, usually 1 or 2 days.
the equator
brazil and ksw
If you are at the equator, the SUN will be directly overhead during the equinoxes - around 21 March, and 23 September.
I think that the sun is only ever directly overhead the equator at noon on any day of the year.
8 degrees north
The sun can never be directly overhead anywhere in New York state ... or anywhere in the USA for that matter. The highest it can ever appear is at noon on June 21. But in order to ever see it directly overhead, you have to be located within 23.5 degrees of the equator.
In the summer - or more specifically, on the summer solstice (June 21 in the northern hemisphere, December 21 in the southern hemisphere) the noon Sun is as high in the sky as it will get. If the Sun were directly overhead, you would cast no shadow at all. As summer progresses into fall, the noon Sun will be lower and lower in the sky until the winter solstice, when the noon Sun is low in the sky, and the noon shadows will be longer.
At mid-day or when the sun is as close to overhead of you as possible. At this time, your shadow will be directly below you and not long, as it is at sunrise or sunset. If you want which day in a year the Shadow likely to be smallest than it is June 22
The sun can only be directly overhead at high noon, when one is between the Tropic of Cancer and the Tropic of Capricorn (within about 15 degrees latitude of the equator). Otherwise the sun only reaches a zenith (highest point) on the southern horizon when one is in the northern hemisphere, and vice versa.
It shines directly overhead at noon on June 21-22, usually 1 or 2 days.
The Antarctic Circle never receives direct sunlight. The closest it ever gets is on December 21, when the sun ascends to 43 degrees away from being overhead at noon on the Antarctic Circle. But that's the highest the sun can ever get there.
Summer potentially has the shortest solar shadows because the Sun is more directly overhead. (This would be around noon close to June 21 in the northern hemisphere - Summer solstice - and December 21 in the southern hemisphere - winter solstice).
the equator
72.5 degrees
brazil and ksw