These Aerospace Materials & Processes multiple-choice questions and their answers will help you strengthen your grip on the subject of Aerospace Materials & Processes. You can prepare for an upcoming exam or job interview with these Aerospace Materials & Processes MCQs.
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A. HAATL
B. HA
C. HAAT
D. HAA
E. HAB
A. Length above average terrain
B. Amplitude
C. Frequency
D. Height above average terrain
E. Width above average terrain
A. Absolute humidity
B. Dry air
C. Dew point
D. Relative humidity
A. Condition of air
B. Water content of air
C. Amount of water vapor in the air
D. Amount of water vapor in air
A. Positive value
B. Absolute value
C. Negative value
A. Modulus
B. Square root
C. Exponent
D. Absolute value
A. Metre per second squared
B. Kegger
C. Kilogram per second squared
D. Mile per hour
E. Newtonmeter
A. Angular velocity
B. Velocity
C. Change in velocity
D. Deceleration
E. Acceleration
A. Foot
B. Meter
C. Watt
D. Joule-second
E. Newton-meter
A. The trajectory
B. That the action is just
C. The means
D. That the action is necessary
E. The end
A. SVS
B. NASA's Eyes on the Earth
C. JPL's Sentry
D. Advanced Space Surveillance System
E. A-SVS
A. Satellite Virtual Terminal
B. Space Traffic Control
C. Satellite Warning System
D. Advanced Space Vision System
E. Shuttle Visibility System
A. Acoustics
B. Aeroacoustics
C. Acoustic engineering
A. Noise generation
B. Sound waves
C. Hearing
D. Aviation
A. A waterfall
B. A poetic term
C. The art of singing without a microphone
D. A musical term
E. Wind blowing over fixed objects
A. When they need to change the direction of their flight
B. After arriving at a body with an atmosphere
C. To slow down from high speed
D. When the spacecraft needs to slow down quickly
E. When the spacecraft is in a lower orbit
A. Rendezvous
B. Aerocapture
C. Empirical orbit
D. Escape
A. Hyperbolic
B. Elliptical
C. Circular
D. Parabolic
A. Eccentric
B. Parabolic
C. Hyperbolic
D. Elliptic
A. Physics
B. Aerodynamics
C. Meteorology
D. Hydrology
A. Solid
B. Liquid
C. Gas
A. Classical mechanics
B. Hydroelasticity
C. Aeroelasticity
D. Fluid dynamics
E. Thermodynamics
A. Aerospace engineering, fluid mechanics and thermodynamics, control engineering
B. Mechanics, aerodynamics, and flight mechanics
C. Mechanics, fluid mechanics, aerodynamics and aerospace engineering
D. Fluid mechanics, solid mechanics, structural dynamics and dynamical systems
E. Mechanics of materials, aerodynamics and heat transfer, engineering dynamics
A. Automobiles
B. Molecular biology
C. Snoring
D. Psychology
E. Hair dressing
A. Structural aeroelasticity
B. Dynamic aeroelasticity
C. Aerodynamics
D. Static aeroelasticity
A. Vessels, satellites, and aircraft
B. Aircraft engines
C. Non-habitable and habitable
D. Atmosphere, space, and planetary structures
A. Aerospace, automotive, or appliance applications
B. Aerospace engineering
C. Mechatronics
D. Commercial, private, military, or space applications
A. Nuclear engineering
B. Electrical engineering
C. Aerospace engineering
D. Mechanical engineering
A. Aeronautical engineering and Electrical engineering
B. Mechanical engineering and Civil engineering
C. Aeronautical engineering and Astronautical Engineering
D. Aeronautical engineering and Mechanical engineering
E. Electrical engineering and Computer engineering
A. Aircraft and spacecraft
B. Buildings and civil engineering
C. Electrical engineering
D. Mechanical engineering
E. Chemical engineering
A. Carbon fiber
B. Plastic
C. Metal alloys
D. Glass
A. On the ground
B. Low altitudes
C. High altitudes
A. 50%
B. 75%
C. 25–30%
D. 80%
A. Jet engine
B. Aerospike
C. Rocket
D. Jet
A. Balloons and airplanes
B. Unpowered balloons and powered airships
C. Helium-filled gasbags and kites
D. Balloons and blimps
E. Balloons with airdropped weapons
A. Tail
B. Wing
C. Fuselage
D. Aerostructure
A. Tailfin
B. Engine
C. Fuselage
D. Wing
A. Apogee trajectory
B. Circular orbit
C. Aft-crossing trajectory
D. Parabolic trajectory
A. The drag created by the engine exhaust
B. The Earth's atmosphere
C. A small parachuteattached to its tail
D. A large piece of metalobscuring the view from the camera
E. The air resistance caused by the atmosphere
A. An alternate flight path for a rocket
B. A type of trajectory that crosses the equator
A. Control the aircraft in flight
B. Change the direction of flight
C. Decrease the speed of aircraft
D. Control the aircraft in roll
E. Regulate the aircraft's altitude
A. Pitch
B. Yaw
C. Yawing
D. Rolling
E. Pitching
A. The wings
B. Static lift or by using the dynamic lift of an airfoil
C. The thrust of the engine
D. The weight of the aircraft
A. Rudder
B. Motors
C. Wings
D. Flight control surfaces
E. Ailerons
A. Engine controls
B. Flight controls
C. A computer system
D. Rudder and ailerons
E. Hydraulic systems
A. Wing
B. Flap
C. Aerofoil
D. Foam
A. Six
B. Two
C. Three
D. Four
A. Prevents the escape of gas or vapor from a pressure vessel
B. Allows the passage of air and gases between two objects
C. Prevents contact between the inside of a pressure vessel and the environment
D. Keeps air pressure within the pressure vessel constant
E. Permits the passage of people and objects between a pressure vessel and its surroundings
A. The surrounding air
B. Helium
C. Nitrogen
D. Oxygen
A. Aircraft
B. Helium gas
C. Aerostat
D. Balloon