As seen from 25 degrees north latitude and ANY longitude, Polaris (the 'North Star', the 'Pole Star') appears
within about 1/2 degree of due north and 25 degrees above the northern horizon, at any time.
Its altitude is very nearly 90 degrees. That is, it's very near your zenith,
virtually straight over your head (when you're standing up).
Polaris will be 23.5 degrees above the northern horizon when viewed from the Tropic of Cancer.
Ambler's latitude is roughly 40.15° north, so when viewed from there, Polaris is always within about 1/3 degree of the point in the sky that's 40.15° above the due-north point on the horizon.
Viewed from latitude 55° north, the sun's highest altitude on June 21 is31.5° down from the zenith, or 58.5° up from the horizon.
The moon's orbit is inclined about 51/2° to the plane of the ecliptic, which in turn is inclinedabout 231/2° to the equator.If you're sitting at 45° north latitude, then the celestial equator is 45° above your southernhorizon. The ecliptic can be as much as 231/2° higher, and the moon as much as 51/2°higher than that, for a grand total of about 74°above your southern horizon, max, when"the stars and the planets are in favorable alignment" so to speak. (sorry)
Just about anywhere in the southern hemisphere you can see the sun in the north.
Polaris will be 23.5 degrees above the northern horizon when viewed from the Tropic of Cancer.
Ambler's latitude is roughly 40.15° north, so when viewed from there, Polaris is always within about 1/3 degree of the point in the sky that's 40.15° above the due-north point on the horizon.
Viewed from latitude 55° north, the sun's highest altitude on June 21 is31.5° down from the zenith, or 58.5° up from the horizon.
-- Direction: Due north.-- Altitude above the horizon: Same angle as your latitude. Very roughly 30-45 degrees in the US.
The moon's orbit is inclined about 51/2° to the plane of the ecliptic, which in turn is inclinedabout 231/2° to the equator.If you're sitting at 45° north latitude, then the celestial equator is 45° above your southernhorizon. The ecliptic can be as much as 231/2° higher, and the moon as much as 51/2°higher than that, for a grand total of about 74°above your southern horizon, max, when"the stars and the planets are in favorable alignment" so to speak. (sorry)
Due to the vast distance between the earth and polaris, the earths axis of rotation essentially lines up with polaris at all times, so when the stars are visible, and viewed from the north pole, the earths rotation causes the stars to appear to rotate around polaris.
Just about anywhere in the southern hemisphere you can see the sun in the north.
The axis of Venus is tilted 177.3 degrees from the plane of the ecliptic. This means that Venus rotates clockwise, instead of counter-clockwise, as viewed from the direction of Polaris. Its period of rotation is -243 days, making it the slowest rotating planet in the Solar System.
The answer would be 20 degrees as it is to the north and west as well.
The sun is never straight overhead at either of these two locations, as their latitude is greater than 23.5 degrees north. Austin, Texas, is about 30.25 degrees north, so the sun will be 30.25 - 23.50 = 6.75 degrees off directly overhead, or 83.25 degrees above the southern horizon at noon on the summer solstice. New York is about 40.75 degrees north, so the sun will be 40.75 - 23.50 = 17.25 degrees off directly overhead, or 72.75 degrees above the southern horizon at noon on the summer solstice.
The Earth rotates towards the east. As viewed from the North Star, Polaris, the Earth turns anti clockwise
Earth rotates eastward, in prograde motion. As viewed from the north pole star Polaris, Earth turns counterclockwise.