plane speeds up or slows down according to the speed and direction of the wind since a flying plane is suspended in the air, the air can be considered to be still and the plane moving - wind is only wind in reference to the ground and not the aircraft - but since the aircraft has to go front one ground location to another the wind speed and direction effect how the plane is flown wind directly in front or behind the plane is easy to calculate as it just adds or subtracts the speed from the aircraft - wind from other directions tend to push the aircraft to one side or the other - to compensate the rudder (control surface on the tail) is used which makes the plane "crab" or fly so the nose doesnt point forward but the plane flies at an angle to its forward motion
Depends on the plane, speed, wind speed, and many other things.
The speed of the wind is 28 mph. To find the speed of the plane with no wind, we would simply subtract the wind speed (28 mph) from the speed of the plane flying with the wind (366 mph) or add the wind speed to the speed of the plane flying into the wind (310 mph), resulting in 338 mph for the speed of the plane with no wind.
Wind speed is 30 while the plane speed it 460
It depends on the exact location in servile and dubai and the current wind conditions, speed of the plane, and weight of luggage.
The effective speed of the plane traveling against the wind can be calculated by subtracting the wind speed from the plane's airspeed. Therefore, the effective speed of the plane is ( 420 - r ) miles per hour. For example, if the wind speed ( r ) is 20 mph, the effective speed would be ( 420 - 20 = 400 ) mph.
317
Wind strength or wind speed is important to a pilot because it effect the pilot's ability control the plane while in flight, upon take off, upon final approach and upon landing.
In a wind tunnel test the plane never leaves the ground. It's only to see how the wind will affect the plane. When your testing during real flight, your actually in the sky and really flying the plane.
Wind helps a paper plane fly by providing the lift needed to keep it airborne. When wind flows over the wings of the paper plane, it creates a pressure difference which generates lift, allowing the plane to stay aloft. Additionally, wind can help stabilize the flight path and add momentum to the plane.
Wait. I have to know what direction the wind is blowing to answer the question. If the wind is blowing north, the plane's speed is 240 mph. If the wind is blowing south, the plane's speed is 160 mph. THIS ANSWER CANNOT BE REPRODUCED OR COPIED IN ANY FORM WITHOUT THE PERMISSION OF WIKI ANSWERS USER SEALPUP11.
To find the resulting speed of the plane, we can use the Pythagorean theorem, as the plane's velocity and the wind's velocity are perpendicular to each other. The plane's speed is 200 mph north, and the wind's speed is 40 mph east. The resulting speed ( v ) can be calculated as ( v = \sqrt{(200^2 + 40^2)} ), which equals approximately 206.16 mph. Rounding to the nearest whole number, the resulting speed of the plane is 206 mph.
The speed difference will be twice the wind difference. Example: Speed of plane (without wind) = 500 km/h, speed of wind = 100 km/h. In this case, the airplane's speed against the wind will be 500 - 100 = 400 km/h, and with prevailing wind, its speed will be 500 + 100 = 600 km/h. These numbers are just examples, actual numbers will vary, depending on the speed of the plane, and the speed of the wind.