SUMMARY
The average acceleration of an airplane executing a slow, level turn from west to east at a constant speed of 1000 km/h over 80 seconds is calculated to be 6.94 m/s². The initial velocity is -277.7 m/s (west), and the final velocity is +277.7 m/s (east). The change in velocity is determined to be 555.55 m/s, which is then divided by the time duration of 80 seconds to yield the average acceleration. This calculation is essential for understanding motion dynamics in aviation.
PREREQUISITES
- Understanding of average velocity and acceleration concepts
- Knowledge of unit conversion from km/h to m/s
- Familiarity with vector direction in physics
- Basic algebra for calculating changes in velocity
NEXT STEPS
- Study the principles of circular motion and centripetal acceleration
- Learn about vector addition and subtraction in physics
- Explore the effects of acceleration on aircraft performance
- Investigate real-world applications of average acceleration in aviation
USEFUL FOR
Aerospace engineers, physics students, and anyone interested in the dynamics of aircraft motion will benefit from this discussion.