The earth has no ends, and you can prove it like this:
-- Paint a big 'X' on the ground in bright red paint, right where you're standing.
Then paint your initials next to the 'X', so that you'll recognize it the next time
you see it.
-- Point yourself in one direction and start walking. It doesn't matter what direction,
just keep going in the same direction. When you come to water, start swimming in the
same direction. When you come to land, start walking again in the same direction.
After a while, you'll begin to see familiar things in the distance. It doesn't matter
what direction you've been going all this time. As you get closer, you'll start to
think that your eyes are playing tricks on you. But eventually, even though you
still can't believe it, you'll see that it's real . . . there on the ground, right in front
of you, you'll see your own big red 'X', with your initials right there next to it.
It doesn't matter what direction you pick. If you can keep going in that direction
long enough and far enough, you'll never find an end of the earth, and after
you've gone 40,073.1 kilometers (24,900.3 miles) you'll be right at the place
where you started from. Is that cool or what !
It would take the Earth around 93 million miles to reach halfway to the Sun in its orbit. Earth's average distance from the Sun is about 93 million miles, so halfway would be approximately half of that distance.
It is midday or noon.
The time at a point exactly halfway around the Earth would be 12 hours ahead or behind the current time, depending on your starting point. This is because the Earth is divided into 24 time zones, with each time zone representing one hour.
The average distance the Moon travels around the Earth in its orbit is about 1,423,000 miles (or 2,288,000 kilometers).
The moon is called a first quarter moon at the halfway point in its journey around Earth. This is when the right half of the moon is illuminated. A gibbous moon occurs when more than half, but not all, of the moon is illuminated.
It would take the Earth around 93 million miles to reach halfway to the Sun in its orbit. Earth's average distance from the Sun is about 93 million miles, so halfway would be approximately half of that distance.
The distance around the Earth's equator is approximately 4,007,500,000cm.
Around 0 mm, but one should ask what is the earth's distance to the earth in the earth
The distance around the Earth's equator is approximately 24,901 miles.
It is midday or noon.
That depends on when you start. If you start with the New Moon, halfway is the full Moon.
That depends on when you start. If you start with the New Moon, halfway is the full Moon.
Around Macon, GA
3,804,124,605
The time at a point exactly halfway around the Earth would be 12 hours ahead or behind the current time, depending on your starting point. This is because the Earth is divided into 24 time zones, with each time zone representing one hour.
yesno
No, it would be half the distance it traveled the first time. Like say these lines represent your circle. ----^---- -------- the snail would be at the end of the first line if it goes halfway around, but if it goes halfway back, it would be where the ^ is, only half the trip.