Axis
The straight-line distance from Newcastle, England to Darwin, Australia is 8557 miles. This is the true straight line distance which accounts for the curvature of the earth, NOT the straight line drawn on a map
That's called an axis of rotation, or simply an axis.
because the earth is round like a ball!
A line is the only 1-dimensional figure, but only while it's a straight line. As soon as it turns or bends, it's then 2-dimensional.
Axis
An imaginary straight line around which an object like Earth rotates is called its axis. Earth's axis is an imaginary line that runs from the North Pole to the South Pole, around which the planet rotates as it orbits the Sun.
The Circumference of the Earth is 24,900 miles. If it were possible to walk in a straight line all around the Earth. Which it is not.
Gravity. Things naturally travel in a straight line unless another force acts on them. The moon would travel in a straight line but is dragged down by the gravity of the earth. This constant acceleration towards the earth causes it to orbit the earth in a curve.
The earth turns.It turns completely around every 24 hours.Everybody on the earth turns along with the earth.When the line from the sun to you goes through the earth, the sun cannot shine on you, and you are in 'night'.When the line from the sun to you doesn't go through the earth, the sun can shine on you, and you are in 'day'.
The straight-line distance is 1,030 miles (to the coastline of Puerto Rico). This is the true straight line distance which accounts for the curvature of the earth, NOT simply a straight line drawn on a map.
2
It is años axis
The straight-line distance is 1885.7 miles. This is the true straight line distance which accounts for the curvature of the earth, NOT the straight line drawn on a map.
The straight-line distance is 1,210 miles. This is the true straight line distance which accounts for the curvature of the earth, NOT the straight line drawn on a map.
The moon doesn't actually travel in a straight line; it orbits around the Earth in an elliptical path due to the gravitational pull between the two. This orbit appears as a curved trajectory from our perspective on Earth.
axis