Roughly speaking, the diameter of the earth is 24,000 miles. So for any person to get to the opposite point on the globe (her/his antipode) would mean a trip of at least 12,000 miles. When I travel from the northeast US to Melbourne, it takes perhaps 20 to 22 hours from door to door, and that is not quite my antipode. That time includes waiting for flights, of course. My antipode is off the southwest coast of Australia, smack dab in the Indian ocean (not China). So on a practical level, and using commercial travel systems, I'd say at least one full day.
i don t know i asked you
Its day on the other side. Both sides have high tides while the other two has low tides.
If you were to dig a tunnel straight through the Earth to the other side, you would need to dig approximately 12,742 kilometers, which is the Earth's average diameter. However, practical tunneling is not feasible due to extreme heat, pressure, and geological conditions.
The magnetosphere varies depending on the Solar Wind and in what direction you take the measurement (i.e. towards or away from the Sun). As the earths magnetic field originates from the centre of the Earth all the measurements are taken from this point.On the side of the Earth facing the Sun the magnetosphere extends to approximately 70,000km (about 43500 miles). On the night side of the Earth it reaches 127,000km to 160,000km (79,000 miles to 99500 miles). The 'Tail' of the megontosphere however can reach well beyond 1,274,000km (792,000 miles).The reason for this huge difference is the Solar Wind. The Solar Wind is a constant stream of charged particles emanating from the sun which is constantly buffeting the magnetosphere into this long shape.
The side facing the sun experiences daytime, while the side facing away experiences nighttime. This is due to the earth's rotation on its axis, which causes different parts of the planet to be illuminated by the sun at different times.
It is approximately 7,917.5 miles to dig from one side of the Earth to the other, assuming you are tunneling directly through the center of the Earth. This distance is based on the Earth's average radius of 3,959 miles.
If you went directly from where you are standing straight through the earth until you got to the other side, the distance that you would travel would be the diameter.
You'd have to say about 3,950 miles. Even if you head straight toward the center of the Earth, if you go farther than 3,950 miles from where you started, you're closer than that to the surface on the other side.
It's about 7,900 miles to the Earth's core, but digging straight through is not feasible due to extreme heat and pressure. The deepest borehole, the Kola Superdeep Borehole in Russia, reaches about 7.5 miles deep.
To dig to the other side of the Earth, you would need to go through the Earth's crust, mantle, outer core, and inner core, totaling about 7,917 miles (12,742 kilometers) from one surface point to the opposite point. However, practical digging is not feasible due to extreme temperatures and pressures within the Earth, as well as the presence of molten materials.
It depends on the position of the moon around the earth. if it is the other side of earth it would be further away than if it was on the side of the earth facing the sun. But it is roughly 93 million miles
Rim to Rim varies from 4 to 18 miles.
Perhaps you have imagined digging a tunnel through the earth that comes out the other side. How many kilometers would you have to dig?
== == == == == == The diameter of the earth at the equator is 7,926.41 miles (12,756.32 kilometers). But, if you measure the earth through the north and south poles the diameter is a bit shorter - 7,901 miles (12,715.43 km). Thus the earth is a tad wider (25 miles / 41 km) than it is tall, giving it a slight bulge at the equator. This shape is known as an ellipsoid or more properly, geoid (earth-like). So it just depends on which way you're digging!
The minimum distance between Jupiter and Earth is 365 million miles (588 million km). Since one light year (the distance light travels in one year) is approximately 5,870,000,000,000 miles, the minimum distance between Jupiter and Earth is 0.0000621 light years.
Approximately 12,742 kilometers. This distance is from the surface of the Earth to the center and then to the opposite side.
Billions and billions of years....