You can fly continuously south around the world following a great circle route. You would eventually reach the point where south and north meet at the South Pole, completing a full circle. The distance would depend on the starting point and the specific flight path taken.
Well, last time I checked, the moon orbited the earth, not the sun. You might , however, argue, that it orbits the sun TOGETHER with earth, then it would take a year to make a full circle around it.
You're thinking of 'parallels of constant latitude'.
360 degrees of longitude circle the Earth.
It's when the earth makes a full rotation around the sun.
YES. A small circle is simply a circle around the earth that does not fly over the direct opposite place on earth that a plane took off from. A great circle goes full circumference of earth, where a small circle does not. Being a circle they both fly in a constant direction.
365 days
There are 360 degrees around a full circle
Because the earth blocks you from seeing the full circle. You can use a misting garden hose to make a rainbow, and you'll see it's a full circle.
When the moon is a complete circle, it is called a full moon. This occurs when the Earth is between the sun and the moon, with the side of the moon facing Earth fully illuminated by the sun.
Traveling in a full circle around the Earth is called circumnavigation. This term refers to the act of traveling all the way around a planet, typically by sea or air. Famous examples of circumnavigation include Magellan's expedition in the 16th century and the first solo non-stop circumnavigation by Joshua Slocum in 1898.
When the moon appears as a full circle, it is known as a "full moon." This occurs when the Earth is between the sun and the moon, causing the moon to be fully illuminated from our perspective.
It is called full moon.
nothing happens. it is the end of a day.
A full protractor is is a protractor that goes 360 degrees around.
Ah, what a peaceful thought! The moon is at its full phase when it is directly opposite the sun in its orbit, which we call the 'opposition'. This is when the sun lights up the entire face of the moon that we can see from Earth, creating that captivating full circle of moonlight in the night sky.
The moon appears as a bright circle during the full moon phase. This occurs when the Earth is directly between the sun and moon, with the sun fully illuminating the side of the moon facing Earth, making it appear as a complete circle.