Figures published on unmanned aircraft performance capabilities are always related to ? Understand > Yuneec
1
Indicate in what conditions the performance of an unmanned aircraft will be the best ?
2 Indicate in what conditions performance of an unmanned aircraft will be best In cold weather near sea level at high atmospheric pressure.
The operation of an unmanned aircraft in the vicinity of an area of high electromagnetic interference is ?
3 The operation of an unmanned aircraft in vicinity of an area of high electromagnetic interference Only allowed if remote pilot can confirm that there will be no interference with remote control before during flight. 4 Provided all other parameters stay constant atmospheric pressure and temperature at what altitude your unmanned aircraft's performance will be at it's maximum Only allowed if remote pilot can confirm that there will be no interference with remote control before during flight. 5 What navigation lights must small remotely piloted aircraft be equipped with to be able to be used during night Position lights that are visible to other airspace users that may or may not be using night vision googles. 6 The aim of a lost link procedure when operating an unmanned aircraft to Ensure that flight path remains predictable does not pose a risk to other airspace users people on ground. 7 What effects can frost or ice have on performance of lifting or pulling surfaces propellers An increase in drag a decrease in lift. 8 The correct statement Flight in severe turbulence can lead to stalling and/or exceeding structural strength of aircraft. 9 Flying close to a steep slope or a cliff Possible but risk of a loss of control increased. 10 When flying over a wooded area main risk To collide with birds. 11 If chart scale 1 500 000 what earth distance would be represented 27 cm on chart To collide with birds. 1 cm on chart 500 000 cm on earth or 5000 m or 5 km
27 x 5 = 135 km. 12 If chart scale 1 250 000 what earth distance would be represented 27 cm on chart To collide with birds. 1 cm on chart 250 000 cm on earth or 2500 m or 2 5 km
27 x 2 5 = 67 5 km. 13 On a 1 500 000 scale chart 2 5 cm corresponds to To collide with birds. 1 cm on chart equals 500000 cm on earth
500000 cm = 5000 m = 5 km
2 5 x 5 km = 12 5 km. 14 On a 1 250 000 scale chart 2 5 cm corresponds to To collide with birds. 1 cm on chart equals 250000 cm on earth
250000 cm = 2500 m = 2 5 km
2 5 x 2 5 km = 6 25 km. 15 A conventional global navigation satellite system gnss Provides a global earth coverage. 1 cm on chart equals 250000 cm on earth
250000 cm = 2500 m = 2 5 km
2 5 x 2 5 km = 6 25 km. 16 One nautical mile nm equals Provides a global earth coverage. 1 cm on chart equals 250000 cm on earth
250000 cm = 2500 m = 2 5 km
2 5 x 2 5 km = 6 25 km. 17 One foot ft equals Provides a global earth coverage. One metre = 3 28084 feet
one foot = 0 3048 metres. 18 One meter m equals Provides a global earth coverage. One metre = 3 28084 feet
one foot = 0 3048 metres. 19 The minimum number of available gnss satellites required to calculate complete position of an aircraft latitude longitude and altitude Provides a global earth coverage. One metre = 3 28084 feet
one foot = 0 3048 metres. 20 A distance of 37 km between two cities equal in nautical miles nm to Provides a global earth coverage. 1 nm = 1 852 km
37 / 1 852 = 20 nm. Exclusive rights: Content under private and protected license, reproduction prohibited and prosecuted.
