SUMMARY
The pilot must adjust his heading to account for a wind blowing from N80°W at 72 km/h while flying to a destination located 625 km at S20°E. By decomposing the vectors into their x and y components, the pilot can determine the correct heading. The resultant vector from the destination and wind vectors will provide the necessary heading to ensure the aircraft reaches its target. The flight duration, calculated using the adjusted heading and cruising speed of 535 km/h, will be determined based on the effective ground speed.
PREREQUISITES
- Vector decomposition in physics
- Understanding of navigation headings
- Basic trigonometry for angle calculations
- Knowledge of wind vector effects on flight
NEXT STEPS
- Study vector addition and subtraction in navigation contexts
- Learn about wind correction angles in aviation
- Explore flight time calculations based on speed and distance
- Review aircraft navigation systems and their applications
USEFUL FOR
Aviation students, pilots, flight planners, and anyone interested in understanding the impact of wind on flight navigation.
