A) ACCAS B) ALTOC C) CANC D) ACAS
A) Flat layered sheets B) Wispy ice crystal tails C) Tower-like projections D) Ring-like formations
A) In a spinning vortex B) Horizontally outward C) Upwards from the base D) Downwards to the ground
A) 2,000 metres B) 4,000 metres C) 1,000 metres D) 6,000 metres
A) 3,000 feet B) 20,000 feet C) 10,000 feet D) 6,500 feet
A) 6,000 metres B) 10,000 metres C) 8,000 metres D) 2,000 metres
A) 20,000 feet B) 6,500 feet C) 12,000 feet D) 30,000 feet
A) Stratus nebulosus B) Cumulus congestus C) Altocumulus stratiformis D) Cirrus spissatus
A) They are at a lower level and completely separated B) They consist entirely of ice crystals instead of water C) They are at a higher level and joined at the base D) They never produce precipitation
A) Mid-atmospheric instability B) Stratospheric cooling C) Low-atmospheric stability D) Surface-level high pressure
A) Mid-altitude lapse rate B) Ground-level humidity C) Tropospheric ozone concentration D) Surface wind speed
A) Calm and clear skies B) Extended periods of drought C) Heavy showers and thunderstorms D) Persistent freezing fog
A) Nimbostratus clouds B) Altocumulus lenticularis C) Stratocumulus cumulogenitus D) Cumulonimbus clouds
A) Moderate turbulence B) Extreme severe turbulence C) Zero turbulence D) Only clear-air turbulence
A) Potential icing conditions B) No icing risk C) Guaranteed severe frost D) Surface hail accumulation
A) Because they cause immediate engine failure from dust B) Because they completely block radar systems C) Due to moderate turbulence and potential icing D) Due to extreme surface winds
A) Altocumulus volutus B) Altocumulus castellatus C) Altocumulus floccus D) Altocumulus cumuliformis
A) Meteorology B) Geology C) Astronomy D) Oceanography |