It comes out in the far south Indian ocean.
Here are some landmarks:
-- about 1,250 miles southwest of Perth, Australia
-- about 1,670 miles due north of the coast of Antarctica
-- about 2,520 miles due west of Hobart, Tasmania
-- about 2,570 miles south-southwest of Jakarta, Indonesia
-- about 3,570 miles south-southeast of Colombo, Sri Lanka
This is called the diameter of the line that passes through the center of the circle. Half of that line is called the radius.
A diameter.
Because the radius is the distance from one side to the center, and the diameter is the direct distance from one side to the other through the center.
The diameter.
The only chords that are diameters are the chords that go through the center of the circle. All of the other chords are shorter.
The circumference is the distance around the Earth at it's widest point. The diameter goes through the center of the Earth from one side to the other.
No, it is not possible to dig through the Earth's center to the other side. The extremely high temperatures and pressures in the Earth's core would make it impossible for any human or machine to survive the journey.
It is impossible to dig through to the other side of the Earth. The center of the Earth is very hot and the heat will cause death before you could ever get through it.
Approximately 12,742 kilometers. This distance is from the surface of the Earth to the center and then to the opposite side.
The distance to the center of the Earth is approximately 3,959 miles (6,371 kilometers) through the Earth's crust and mantle. This is based on the average radius of the Earth, which is about 3,959 miles.
They take the back door, essentially going through the center of the earth and ending up on the other side.
no place but death because you would die before you get to the other side because the hot rock in the center of the earth
If a ball is dropped through an imaginary hole drilled through the Earth, it will undergo simple harmonic motion due to gravity as it oscillates back and forth between the center of the Earth and the opposite side of the hole. The ball's speed would decrease as it reaches the center due to the gravitational pull being zero, and then accelerate again as it moves towards the other side. The ball would continue this motion until eventually coming to rest at the opposite side of the hole.
Assuming that the atmosphere is distributed evenly all over the Earth, its center of mass is of course at the Earth's center. If for any reason there is more atmosphere on one side than on the other, the center of mass would be slightly away from Earth's center.
There should only be one state that is being traveled through to get to Detroit from Sault Ste. Marie: Michigan. Unless it is a different Detroit that is being used, then there would probably be more than one state needed to get to that other Detroit.
The weight of the object at the center of the Earth would be zero. This is because at the center of the Earth, the gravitational forces from all directions cancel each other out.
Yes, in theory, ignoring air resistance and other factors, your velocity would carry you past the center of the Earth and you would oscillate back-and-forth. This is because the force of gravity would continually accelerate you until you reached the other side of the Earth.