Indicate in what conditions the performance of an aircraft will be the best ? [ Observation PowerVision ]

Question 29-1 : In cold weather near sea level at high atmospheric pressure in warm weather high altitude at high atmospheric pressure in hot weather at high altitude at low atmospheric pressure in cold weather near sea level at low atmospheric pressure

Rpas operations vlos .the goal of a lost link procedure is to ?

Question 29-2 : Ensure that the flight path remains predictable and without danger to other aircrafts ensure that the flight path remains predictable and without danger to persons on the ground request air traffic control to clear the airspace to clear airspace by landing immediately

Indicate at what altitude an aircraft's performance will be at it's maximum ?

Question 29-3 : At sea level at 10 000 feet above sea level at 18 000 feet above sea level at 33 000 feet above sea level

No pilot shall transfer control of an rpa from one control station to another ?

Question 29-4 : There is a procedure in place to mitigate the risk of loss of control the main control station is capable of producing over fifty watts of power it has been successfully practiced in simulation mode no less than six times there is more than fifty percent battery power in each system

How is an airfoil's performance affected by frost or ice ?

Question 29-5 : Lift is decreased drag is increased lift is decreased drag is decreased lift is increased drag is increased lift is increased drag is decreased

If ice has accumulated on an aerofoil in flight the stalling speed will ?

Question 29-6 : Increase in all flight conditions remain unchanged decrease in all flight conditions increase in level flight only

During a flight under gps position hold mode with a multi rotor rpas the ?

Question 29-7 : To decrease flight height to increase flight height to stop the gps holding position mode to come back over the take off position at a constant height

Choose the statement that defines the use of a radio communication jammer ?

Question 29-8 : Radio communication jammers are prohibited in canada radio communication jammers of less than 5 watts are only authorized in canada outside of built up areas and major transportation axis radio communication jammers of less than 1 watt are only authorized outside of built up areas in canada radio communication jammers of less than 1 watt are authorized in canada

Indicate how aviation stakeholders have a role to play in mitigating wildlife ?

Question 29-9 : Familiarize yourself with bird / mammal impact report forms and be sure to file a report in case of accidental contact with a wild animal avoiding a flight when animals or birds have been present within 3 hours of the start of operations by reducing the speed of the aircraft avoiding the flight of aircraft at low altitude

When lateral distance limitations do not apply no pilot shall operate a small ?

Question 29-10 : There is no restriction on speed for this level of operations 25 knots 60 knots 87 knots

Flight controls .for a fixed wing aircraft airplane or glider when speed ?

Question 29-11 : Increases decreases remains unchanged increase until max speed and then decreases

Aeroplane flight controls .the lateral axis of a fixed wing drone is the line ?

Question 29-12 : The tip of one wing to the end of the other wing tip the nose to the tail of the aircraft the upper part of the aircraft to the bottom the upper part of the aircraft to the bottom through the center of gravity

Aeroplane flight controls .the longitudinal axis of a fixed wing drone is the ?

Question 29-13 : The tail to the nose of the aircraft each wingtip the upper part of the aircraft to the bottom the upper part of the aircraft to the bottom through the center of gravity

Flight controls .for a fixed wing aircraft airplane or glider to obtain a nose ?

Question 29-14 : Pitch axis normal axis yaw axis roll axis

Helicopter flight controls .the cyclic control stick on a helicopter ?

Question 29-15 : Changes the pitch of the rotor blades independently to create directional control tilts the tail rotor forwards or backwards increases the pitch of the tail rotor blades to create thrust decreases the pitch of the tail rotor blades to create thrust