Colombia Aerocivil airline-transport theory foundations case studies
Colombia Aerocivil airline-transport theory foundations · Put your knowledge to work in context.
This independent study page provides practice for Colombia Aerocivil airline-transport theory foundations. Its editorial learning areas include Aircraft systems and instruments; Meteorology and weather information; Navigation, radio aids and flight planning; Performance, loading and principles of flight; Human performance and decision making; Operational framework and communications. The Colombia Aerocivil airline-transport theory foundations case studies are 6 cases and about 1,175 words.
1Force does not establish actuator speed
A fictional hydraulic model supplies a pressure of 8 megapascals at a piston with an effective area of 0.0005 square metres. Ignore losses and the pressure on the opposite side for this first calculation.
187 words, under 1 min2A supplied parcel-cooling model
A fictional weather exercise starts an air parcel at 18 degrees Celsius at sea level. The parcel rises to a 2000 metre ridge, reaches saturation at 1000 metres and follows the supplied dry rate of 1 degree Celsius per 100 metres before saturation and saturated rate of 0.5 degree per 100 metres afterward.
217 words, about 1 min3A slant range with an explicit vertical component
A fictional geometry exercise places an aircraft four nautical miles horizontally from a DME facility and three nautical miles vertically above it. These are actual geometric components supplied for the model, not a pressure-altitude reading that must be treated as exact height.
193 words, under 1 min4A loading calculation with no implied approval
A fictional planning worksheet gives an empty aeroplane mass of 800 kilograms at an arm of 2.10 metres aft of the datum. Crew mass is 160 kilograms at 2.30 metres and fuel mass is 100 kilograms at 2.50 metres.
195 words, under 1 min5Required vertical speed from a gradient
A fictional departure-planning worksheet supplies a climb gradient requirement of 4.5 percent and a groundspeed of 160 knots. It defines one nautical mile as 6076 feet for this calculation and asks for the corresponding vertical speed.
198 words, under 1 min6A readback preserves the clearance
A fictional classroom recording contains an addressed instruction to climb to flight level one two zero. The learner's readback instead states flight level one three zero.
185 words, under 1 min