This quiz covers the aerodynamics content from Lecture 1. You have 30 minutes to complete the quiz and only one attempt. You must use Firefox Mozilla to view this quiz without problems.
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Pressure differential with respect to Pressure at Sea Level
Physical distance between aircraft and reference (e.g. Sea Level)
Difference in density with International Standard Atmosphere (ISA) temperature
Distance between Center of Earth and parallel surfaces around the spherical earth. Gravitational potential same on a surface
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Pressure differential with respect to Pressure at Sea Level
Physical distance between aircraft and reference (e.g. Sea Level)
Difference in density with International Standard Atmosphere (ISA) temperature
Distance between Center of Earth and parallel surfaces around the spherical earth. Gravitational potential same on a surface
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Vertical distance measured by comparison of pressure at aircraft altitude with pressure at reference (e.g. 29.92’ Hg, or local pressure at an airport)
Vertical distance measured by comparison of temperature at aircraft altitude with ISA standard temperature reference
Vertical distance between Center of Earth and parallel surfaces around the spherical earth.
Physical distance between aircraft and reference (e.g. mountain top)
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An increase in altitude
A decrease in altitude
An increase in pressure
Transition to the ionosphere
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B
C
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E
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Pressure of the surrounding medium such as a fluid or a gas which comes into contact with the object
Pressure of the atmosphere at the altitude at which the aircraft is flying
Pressure as the result of the velocity through a fluid or gas
Result of Swedish Massage
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Airspeed measurement from difference in pressures
Airspeed correcting for instrument errors
Airspeed corrected for Compressibility effects
Actual relative speed between aircraft and airmass, corrected for difference in density at different altitudes
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A
B
C
D
E
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Pressure differential with respect to Pressure at Sea Level
Physical distance between aircraft and reference (e.g. Sea Level)
Difference in density with International Standard Atmosphere (ISA) temperature
Distance between Center of Earth and parallel surfaces around the spherical earth. Gravitational potential same on a surface
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Airspeed
Vertical speed
Altitude
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Airspeed only
Airspeed and altitude
Altitude only
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Vertical distance measured by comparison of pressure at aircraft altitude with pressure at reference (e.g. 29.92’ Hg, or local pressure at an airport)
Vertical distance measured by comparison of temperature at aircraft altitude with ISA standard temperature reference
Vertical distance between Center of Earth and parallel surfaces around the spherical earth
Physical distance between aircraft and reference (e.g. mountain top)
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Airspeed measurement from difference in pressures
Airspeed correcting for instrument errors
Airspeed corrected for Compressibility effects
Actual relative speed between aircraft and airmass, corrected for difference in density at different altitudes
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A
F
B
E
C
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Pressure differential with respect to Pressure at Sea Level
Physical distance between aircraft and reference (e.g. Sea Level)
Difference in density with International Standard Atmosphere (ISA) temperature
Distance between Center of Earth and parallel surfaces around the spherical earth. Gravitational potential same on a surface
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High temperature, high relative humidity, and high altitude (e.g. Denver on hot humid day).
High temperature, low relative humidity, and low altitude (e.g. Phoenix on a hot summer day).
Low temperature, low relative humidity, and low altitude.
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Pressure of the surrounding medium such as a fluid or a gas which comes into contact with the object
Pressure of the atmosphere at the altitude at which the aircraft is flying
Pressure as the result of the velocity through a fluid or gas
The feeling in a restaurant or nightclub
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Airspeed measurement from difference in pressures
Airspeed correcting for instrument errors
Airspeed corrected for Compressibility effects
Actual relative speed between aircraft and airmass, corrected for difference in density at different altitudes
Rate this question:
A
B
C
D
E
Rate this question:
A
B
C
D
E
Vertical distance measured by comparison of pressure at aircraft altitude with pressure at reference (e.g. 29.92’ Hg, or local pressure at an airport).
Vertical distance measured by comparison of temperature at aircraft altitude with ISA standard temperature reference
Vertical distance between Center of Earth and parallel surfaces around the spherical earth.
Physical distance between aircraft and reference (e.g. mountain top)
Rate this question:
Vertical distance measured by comparison of pressure at aircraft altitude with pressure at reference (e.g. 29.92’ Hg, or local pressure at an airport)
Vertical distance measured by comparison of temperature at aircraft altitude with ISA standard temperature reference
Vertical distance between Center of Earth and parallel surfaces around the spherical earth.
Physical distance between aircraft and reference (e.g. mountain top)
Rate this question:
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