WorksheetsPhysics of Flight - C1L2
Total questions: 14
Worksheet time: 7mins
Upward force on aircraft against weight
thrust
drag
lift
indifference
Lift can be created by
greenhouse gasses
more speed - increase aircraft’s forward motion
reducing power
extending flaps and landing gear
Angle of attack
the angle between the oncoming air and the wing
The angle between the pilot's nose and forehead
The angle between the ground and the airplane
the angle of the throttle to the propeller
Increasing the angle of attack (pull back on stick/yoke) will
Induce panic with passengers
pitch the airplane nose down
increase lift - up to the point of a stall anyway
improve fuel efficiency
Angle of attack and velocity (speed) must be __________ to keep flight path level
disproportionate
agreeable
balanced
congruent
Air conditions effecting the need for greater or lesser velocity to maintain lift
Temperature
Humidity
Both 1 & 2 (blue & green) are correct
none of the above
Weight
increases lift
is a measure of distance and relativity
is a gravitational force on an object due to its having mass
I think I need to loose a little
Adding more parts, fuel, passengers and freight mean more
vectored thrust
water buoyancy
Bernellian lift
total mass (weight)
The more mass, the more ....
the more, the merrier
resistance to moving
the more sassafras
the more cushion
a forward force that moves an aircraft through the air
drag
lift
thrust
anger
The pulling or slowing effect of air on an aircraft
Airflow - the opposite of stall
Lift - the opposite of weight
Drag - the opposite force
Happiness - the opposite of sadness
Where does thrust come from?
The pilot's wallet
The airplane's flight controls
The airplane's wings
The airplane's engine
Reduction of engine power while in level flight,
increases climb, aircraft drops to ground
increases drag, aircraft speeds up
drops thrust, aircraft slows, drops
causes anxiety and fear
Parasite drag drains aircraft flight of
money flow
needed energy (speed)
excess moisture
unruly passengers
