light takes approximately 8 minutes to travel from the sun to the earth. even though it is traveling extremely fast, the earth is about 93million miles away from the sun, so if you think about it 8 minutes is pretty quick
The International Space Station (ISS) appears as a bright, fast-moving dot in the sky when viewed from Earth. It resembles a fast-moving airplane but does not have blinking lights. The ISS orbits the Earth approximately every 90 minutes, so it can often be seen during evening or early morning hours.
The International Space Station (ISS) has a mass of approximately 420,000 kilograms. Weight is a force that depends on gravity, so the weight of the ISS would vary depending on its location in space.
International Space Station is about 400km from Earth and travels around it at about 27000Km/hr making several revolutions per day. Space Shuttles travel at about the same speed at a place called Low Earth Orbit. Logically a Space shuttle should arrive at the ISS in seconds but this is not so because the ISS is moving arround the world at a tremendous speed and the shuttle is moving towards it, so it should be taken into consideration that they do not collide and all mathematical questions come into play like when exactly will they meet and how and where almost like a weather forecast. The shuttle has to take an orbit that curves slightly outwards towards the ISS until it attaches itself to it after following it for two or three days and then it will look like one big unit combined. It is at this stage that you will notice that the shuttles are not aeroplanes at all inspite of their good looks and similarities with aeroplanes. O.T. MOSHETI (BOTSWANA)
They do fall. But they're traveling fast enough so that the surface of the Earth falls away from them as fast as they are falling. Same thing that keeps the Earth from falling into the sun.
hi
Yes, frequently. Bigger satellites like the International Space Station are easy to see; they are very bright and fast-moving. Smaller satellites are, obviously, not so bright and therefore less obvious. Visit SpaceWeather.com and click on the link to "Satellite Flybys" in the right-hand sidebar. Then enter your location, and it will show you any ISS overflights in the next week or so.
Really that's kind of hard to answer. My answer might not help, but i think both because the car backing up should be paying closer attention, but the other car shouldn't be traveling so fast in a parking lot so I'm going to go with the car that was car traveling to fast.
You are traveling 1 mile in 1 minute. There are 60 minutes in an hour, so you are traveling 60 mph.
light takes approximately 8 minutes to travel from the sun to the earth. even though it is traveling extremely fast, the earth is about 93million miles away from the sun, so if you think about it 8 minutes is pretty quick
Because if they timed it so it docked at the same time as it reached orbit, there would be no room for adjustments like weather delays, etc. By giving themselves several orbits (or days), it is much easier for the Shuttle to adjust it's speed and altitudeso it can approach the ISS at a safe speed. Consideration is also given to the sun angle at the projected time of docking. It would be very difficult to see the docking target if the Shuttle pilot had to look into the sun while trying to dock.
The International Space Station (ISS) appears as a bright, fast-moving dot in the sky when viewed from Earth. It resembles a fast-moving airplane but does not have blinking lights. The ISS orbits the Earth approximately every 90 minutes, so it can often be seen during evening or early morning hours.
the Thompson Dock was the worlds largest dry dock in 1911, so yes it was, and it helped create Titanic and its sister vessels Olympic and Britannic. :)
The International Space Station (ISS) has a mass of approximately 420,000 kilograms. Weight is a force that depends on gravity, so the weight of the ISS would vary depending on its location in space.
It has a high potential for injury
Because i mean it's iss nothing fun is going to happen there please get me out i fell like if i was in my own cell in a hell
International Space Station is about 400km from Earth and travels around it at about 27000Km/hr making several revolutions per day. Space Shuttles travel at about the same speed at a place called Low Earth Orbit. Logically a Space shuttle should arrive at the ISS in seconds but this is not so because the ISS is moving arround the world at a tremendous speed and the shuttle is moving towards it, so it should be taken into consideration that they do not collide and all mathematical questions come into play like when exactly will they meet and how and where almost like a weather forecast. The shuttle has to take an orbit that curves slightly outwards towards the ISS until it attaches itself to it after following it for two or three days and then it will look like one big unit combined. It is at this stage that you will notice that the shuttles are not aeroplanes at all inspite of their good looks and similarities with aeroplanes. O.T. MOSHETI (BOTSWANA)