Humans Could Orbit Earth’s Poles for the First Time Today. What Took So Long?

The start of missiles from the ground is something, but to decide on a route to watch around the earth is a different story. There is a set of special orbits of the earth and the space missions, walk around the planet on the orbital road of their choice. However, all orbits are not created equal, while others travel less than others.

The upcoming personal mission of SpaceX will go to a polar orbit on earth. Fram2 called the original ship in the Arctic and Antarctica regions of both sides start No on Monday, March 31 at 11:20 at 11:20. The mission will send four amateur astonauts over the polar regions of the planet, 265 to 225 to 225 to 250 kilometers (450 to 450 to 450 to 450 and 450 to 450 to 450 to 450 to 450 to 450 to 450 to 450 and 450) and the crew will be turned into orbit first on ground poles.

The mission’s trajectory will be a rare idea in the polar areas of the fram2, which is a visible view of injuries, but it comes with difficulties. So why did so much space light to send a crew to the Polar orbit?

“Simple Answer is an energy”, “Jeffrey Hughes, Boston University’s professor of the University of Physics.” Compared to the equatorial orbit, it needs more energy to put anything in the polar orbit. “

The earth rotates its axis, and from the west to the east, about 1,000 miles (1600 kilometers per hour) per hour. “As the speed of this land moves from the equator to the north or south, astronautics professor, Gizmodo, in Southern California University, givestore the last speed of the space.”

In the equatorial orbit, the movement of the earth’s spin helps you. Therefore, satellites are usually thrown into space to the east to take advantage of the rotation of the earth. “In short, starting a polar orbit does not benefit from rotating the earth,” he said.

The polar orbit is usually used for air satellites, which helps to monitor the impact of environmental changes in the Arctic regions. Another advantage of the satellites flying in the Polar orbit is that the whole planet can cover the entire planet without leaving any rivets to miss satellites in equatorial or geojincron orbits. European Space Agency. They walk from the east to another from another west to another, as walking to the other, the planet below. Being able to offer all the coverage of the Earth, provides a communication advantage of polar orbit satellites, making them an ideal for military use.

When it comes to people flying in the polar orbit, everything is a little more difficult. “The radiation environment in the polar orbit is tougher, as low as low prone or used by the International Space Station.” The reason for this, according to the geomagniti area, minibus pipelines, minibus belts, the porpurer, according to the two penotes in the magnetic field of the Earth due to the two penotes. The same effect is what causes auroras in polar regions.

“This is not a big issue for a relatively short-term flight as a planned fram2 mission,” he said. While planning a longer walk into space, it can negatively affect the health of astronauts involved in radiation.

Four astronauts were held in a pounksin dragon crew space, looking at an inclination of about 60 to 90 degrees from a polar orbit in three to five days in five days. From the peculiar vantage point, the crew will learn Phenomena as aurora known as Steve (Increasing powerful heat emission speed, known for green stripes along strong purple and sky color).

This will be the first time in the space of astronauts, and they are involved in places where no staff will go before the previous staff.