- #31
starz_above
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Thanks to all for their comments. Much appreciated.
Dropping a mass directly over the north pole
- Context: Undergrad
- Thread starter starz_above
- Start date
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- Tags
- Mass North pole Pole
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SUMMARY
The discussion focuses on the physics of dropping a mass from a height of 6 km directly above the North Pole. It concludes that, assuming no external forces such as air resistance, the mass would indeed land on point A (the North Pole) due to its initial velocity being the same as that of the Earth. The Coriolis effect is acknowledged but deemed negligible at the poles. The conversation also highlights the complexities introduced by the Earth's orbit around the Sun, suggesting that the mass would need to maintain a specific trajectory to land directly on the pole.
PREREQUISITES- Understanding of gravitational forces and acceleration due to gravity
- Familiarity with the Coriolis effect and its implications in physics
- Basic knowledge of orbital mechanics and trajectories
- Concept of non-inertial reference frames in classical mechanics
- Study the Coriolis effect in detail, particularly its impact on projectile motion
- Learn about gravitational influences from celestial bodies, including the Sun and Moon
- Explore the principles of orbital mechanics and how they apply to falling objects
- Investigate the effects of Earth's rotation on falling objects at different latitudes
This discussion is beneficial for physics students, educators, and anyone interested in classical mechanics, particularly those studying gravitational effects and projectile motion in non-inertial frames.
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