Only a person standing at equator can see the sun directly at 90 degrees...!!
New York is in the northern part of the northern hemisphere so the Sun will always be in the southern sky
The sun is never directly overhead at latitudes higher than 23.5 degrees north or south, known as the Tropic of Cancer and Tropic of Capricorn. This is due to the tilt of the Earth's axis and the path of the sun in the sky throughout the year.
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.
Any latitude above 23.5 degrees north or south will never experience the Sun as being directly overhead. We call these lines the Tropic of Cancer to the north, or the Tropic of Capricorn to the south. The area between the two lines are called "the tropics".
No. The sun can never be overhead at any latitude that's more than about 23.5 degrees north or south. (What's the matter ? Doesn't Houston get hot enough for you in August ???)
Sure. At the time the sun reaches the Autumnal Equinox, around September 22 or 23 each year, when the sun crosses the equator, then wherever on the equator it happens to be noon at that moment, the sun is directly overhead there. Also, don't forget about the 22 or 23 September days before that, when the sun is slightly north of the equator, plus the 7 or 8 September days after that, when the sun is slightly south of the equator. There are bunches of places within those latitudes that will have noon-sun overhead, once during the month.
Antarctica would never have the sun directly overhead at any time during the year due to its location near the South Pole. The tilt of Earth's axis ensures that the sun never reaches directly overhead in this region.
Never. The only time the sun can appear directly overhead at Lagos is sometime near April 5 and again sometime near September 4.
The sun is never directly overhead in Levittown, NY, as it lies above the Tropic of Cancer.
It never is overhead at noon because Texas is not in the northernmost point where the sun passes directly overhead at noon.
Yes, the sun can be directly overhead in Colorado, especially in regions near the Tropic of Cancer during the summer solstice. However, the sun is never directly overhead in the entire state of Colorado due to its location outside of the tropics.
That would be true of latitudes in the range of roughly 23.5° to 29° both north and south.
Never (it's outside of the tropics).
Yes and no, it depends by the definition of "North America". North America spans a range of latitude from Panama (at 7 deg N) to Alert, Nunavut, Canada (at 82 deg N). The part of the North American continent that is located between the Tropics of Cancer and Capricorn (23.5 degs N and S) will have the sun directly overhead twice each year (such as in Mexico City, at 19 deg N), however on the mainland United States (ranging from 25N to 49N) the sun is never directly overhead.
No, the sun is never directly overhead at midday in Memphis, Tennessee, as it is located at a latitude of around 35 degrees north. The sun is only directly overhead at latitudes between the Tropic of Cancer (23.5 degrees north) and the Tropic of Capricorn (23.5 degrees south).
Antarctica is the continent where the sun never rises directly overhead due to its location near the South Pole. This results in extended periods of darkness during the winter months and 24-hour daylight during the summer months.
The sun is never directly overhead at latitudes higher than 23.5 degrees north or south, known as the Tropic of Cancer and Tropic of Capricorn. This is due to the tilt of the Earth's axis and the path of the sun in the sky throughout the year.
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.