I takes off at about 160 kts (184 mph). It really depends on what your pay-load is.
3042 m
Takeoff at Sea Level: 3,450 feet Takeoff at 5000' 25°C: 6,870 feet Landing Distance: 2,078 feet
Technically possible but practically impossible........unless it was on the tarmac Remember the two machines are designed for very different roles. The Hind is a ground attack aircraft whilst the F16 is (as its name suggests) a fighter. The F16 has everything in its advantage. Speed, weapons, technology and probably most significantly distance. It wouldn't take much for the F16 to knock a hind our the sky as the AMRAAM-120 (its principle medium range weapon) has a range of 48km or 30 miles. The hind would be history before it even knew the F16 was there. As a totally unrealistic setting - if for arguments sake the F16 was out of missiles ( at which point it would most likely bug out) and it chose to fight with guns then if by some miracle the f16 missed and the hind got a shot off with its gun and hit the F16 then yes I suppose it could down it.
VX
Move the throttle handle forward into the augmenter range.
f16-fighting-falcon fsx serial number?
5
All of it
There is no one answer to this question. The takeoff distance varies widely between different makes and models of aircraft. Even if you pick just one aircraft model, such as an Airbus A320, there are still many different answers. It depends on the powerplants installed, what optional features the craft has, etc. For a single, particular aircraft, the Pilot must still compute the takeoff distance for each and every takeoff. It can be different every time. He uses the takeoff weight of the plane, subtracting the fuel burned during taxi. He must know the temperature, the barometric pressure, and the altitude of the runway, because all affect the distance. He must also compute the maximum distance the takeoff can go and still be able to abort and stop safely if there is a problem. Is the air conditioning on, using some of the engines power? Is the wind blowing? From what direction? These too affect the takeoff distance and must be taken into account. You can get an idea of the distance by looking at the length of airport runways. A jet will use a runway that will have sufficient length to get airborne PLUS extra length in case it has to stop.
As the distance between the viewer and the plane increases the Plane appears to slow down.
the answer is 9.9 m/s