a million of inches
40 million dollars
two chicks at the same time
$1228.07
To calculate the number of people in a queue at 1 km long, we need to consider the average spacing between individuals. If we assume each person occupies about 0.5 meters of space, then there would be approximately 2,000 people in a queue that is 1 km long. This calculation is based on the assumption that people are standing shoulder to shoulder without any gaps between them.
Assuming an average person occupies about 2 feet of space, it would take around 14.8 million people standing side by side to cover the approximate width of the United States (about 3,000 miles).
Assuming each person needs around 25 square meters (270 square feet) for living space, a million people would need at least 25 million square meters (270 million square feet) of space. This is roughly equivalent to a city the size of 4,000 football fields.
Over 13 million. If myspace was a county, it would be the 5th largest.
a million of inches
in Outer Space
No. The weightlessness you experience in space is because you are essentially in freefall. Standing on the surface of the moon you would notice its gravity.
It would be $6 million dollars with the space between the 6 and the million.
Yes, it would. If you are standing in the room, you are taking up space that is not all air.
To calculate the number of people standing side by side in a mile, we need to determine the average shoulder width of a person. The average shoulder width is approximately 18 inches or 1.5 feet. Since there are 5,280 feet in a mile, we can divide 5,280 by 1.5 to find that there would be around 3,520 people standing side by side in a mile.
Assuming an average arm span of around 5 feet, it would take approximately 131.5 million people standing hand in hand to circle the Earth at the equator, which is approximately 24,901 miles around.
It would really suck... for the people on the space station and the people on earth
it would take up almost half of your body