its called the Zenith
The point directly overhead in the sky dome is called the zenith. It is the highest point in the celestial sphere, opposite to the nadir which is the point directly below one's feet. The zenith is an important reference point for astronomers and navigators.
The point directly overhead an observer is called the zenith. It is located at a 90-degree angle from the observer's position, directly in line with their vertical axis. Astronomically, the zenith is used as a reference point for celestial coordinates and observing objects in the sky.
highest during the day is noon. highest during the year is the summer solstice - June 21st It is called Solar Noon.
When the shadows are short, the sun is typically somewhere overhead.
Directly overhead.
The sun is at its highest point in the sky at noon because that is when it is directly overhead an observer at the equator. This position is a result of the sun's path across the sky due to the Earth's rotation.
The point in the sky directly above your head is called the "zenith".Its apparent "distance" from you is completely subjective, and there's no reasonto think of it as being any further from you than any other point in the sky is.
prime meridian
The sun is never directly over any point in Maryland. The sun can never be directly over any point located more than roughly 23.5 degrees north or south of the equator, whereas the latitude of Crisfield on the Eastern Shore ... the southernmost point in MD ... is about 38 degrees from the equator.
This is due to the amazon being quite close to the Equator, where the sun is almost directly overhead. It is at the March and September Equinoxes that the sun is directly overhead at noon.
The zenith is the point directly overhead in the sky, while the horizon is the line where the sky appears to meet the Earth. The zenith is the highest point above an observer, while the horizon represents the farthest visible point on the Earth's surface.
The sun is typically at its highest point in the sky at noon, directly overhead in locations near the equator and at an angle in locations further from the equator. The exact position varies depending on the time of year and the observer's location on Earth.