Total: 24 hs

No	Contents	Hours
Practice 1.	Preparing initial dada for aerodynamic calculation. Aerodynamic, engine and mass characteristics of aircraft. Takeoff and landing aerodynamic characteristics of aircraft.	4hs
Practice 2.	Calculation of required lift coefficient of horizontal steady flight. Minimum theoretical and minimum permissible velocities.	2hs
Practice 3.	Plotting of diagram of required and available thrusts of aircraft. Optimal, cruising and maximum velocities of horizontal steady flight.	4hs
Practice 4.	Plotting of diagram of possible range of altitudes and velocities of flight. Calculation of static ceiling and zoom of aircraft. Restrictions of possible modes of flight.	4hs
Practice 5.	Calculation of rate of climb and barogram of aircraft.	4hs
Practice 6.	Calculation of flight range of aircraft.	2hs
Practice 7.	Calculation of takeoff and landing distance.	4hs