The Kármán line, which is internationally recognized as the boundary between Earth's atmosphere and outer space, is located approximately 62 miles (100 kilometers) above sea level. Therefore, 1500 miles would reach 1438 miles above the Kármán line, extending well into outer space. It is important to note that the exact boundary of space is not clearly defined and can vary depending on the source.
It would take approximately 157 years to reach the sun traveling at 1,500 miles per hour. The sun is about 93 million miles away from Earth, so at that speed, the journey would be incredibly long. Additionally, current spacecraft do not travel that fast.
Yes. The Moon has gravity, just much less than Earth. Measured on a scale, you would weigh about 1/6 as much on the Moon as you do on Earth. The reason that astronauts weigh almost nothing in orbit, or in outer space on the way to the Moon, has nothing to do with the vacuum of space (there is a practical vacuum on the Moon). In Earth orbit, they are in freefall around the planet, so have no weight. And in outer space, gravity decreases tremendously with distance. At about 2500 km (1500 miles) from Earth, the pull of Earth's gravity is only half as strong as it is on the surface.
Sounding rockets are suborbital rockets used to conduct scientific experiments in space for a short duration, typically reaching altitudes of 50-1500 km. They differ from other probes like satellites or space probes by their short flight duration and limited range, making them ideal for studying phenomena in the upper atmosphere and ionosphere. Sounding rockets can provide quick access to space and collect data in real-time before parachuting back to Earth for retrieval and analysis.
no-one knows. they didn't write it down, or if they did, the books disintegrated long ago if by "space" you mean the stars and planets. people have been fascinated for thousands of years, and before street lights and smog, it was easy to see them most nights
Constellations can be found in any galaxy as they are simply arbitrary groupings of stars in the sky. Over history, even people from the same planet have come up with different pictures to link stars together. Of course, once you leave Earth, the stars look different because every place you go has a different vantage point. In another galaxy, all of the stars we can see from Earth would be invisible because of their distance. -------------------------------------------------------------------------------------------------------------------- We can't determine whether much of anything is in another galaxy. The nearest galaxy is M-31: The Galaxy in Andromeda. Its about 1500 Light Years away. Light Year = 186,000 * 60 * 60 * 24 * 365.25 * 1500 = distance in miles M-31 is 8,804,570,400,000,000 miles away M-31 is 8.8045704 * 10 to the 15th miles away (Scientific Notation) --------------------------------------------------------------------------------------------------------------------
There is no new earth and such as strutcture would not be possible.
Oh, what a lovely question! If an area is 1500 miles wide and 1500 miles long, you simply multiply those two numbers together. So, 1500 times 1500 equals 2,250,000 square miles. Just imagine all the happy little trees and fluffy clouds you could paint in that vast space!
3375000000 cubic miles 3.375 billion cubic miles
1500 miles 1500 miles 1500 miles
1500-1700 miles, you can measure on google earth
Your 1500 miles is about 2414 kilometers.
1500 meters = 0.932056788 miles.
1500 meters = 0.932056788 miles.
1500 km = 932.06 miles
It could cover an area of 1500 miles by 1500 miles
1500 miles is 1500 miles regardless of how fast you go. However, I guess you meant how long does it take to go 1500 miles at 50 mph: time = distance ÷ speed = 1500 miles ÷ 50 miles/hour = 30 hours
1500 meters = Just under one mile (0.932056788 miles)