I dropped marbles down from the same height for an experiment, but why don't they land in the same location?
Mixture of gravity and momentum of different force.
Check out the laws of newton and motion!
The reason the marbles do not land in the same location when dropped from the same height can be attributed to several factors, including variations in their initial conditions and external forces acting upon them. Here are a few key points to consider when understanding why this happens:
1. Variations in initial conditions: Even when dropping the marbles from the same height, there can be microscopic differences in their starting positions, velocities, and orientations. These variations, although negligible at first glance, can become amplified as the marbles fall due to their different shapes, sizes, and surface properties.
2. Air resistance: In everyday experiments like this, the influence of air resistance might not be apparent. However, even at relatively low speeds, air resistance can have a significant impact on the trajectory of falling objects. The magnitude of air resistance depends on the shape and size of the object, its velocity, and the density of the surrounding air. Since the marbles likely have slightly different shapes and sizes, they experience varying levels of air resistance, leading to differences in their landing locations.
3. External factors: Other external factors such as air currents, vibrations, and disturbances in the experiment setup could affect the path and landing location of the marbles. Although we may not be able to perceive these factors directly, they could influence the marbles' trajectories and cause them to land at different locations.
To better understand and explore these factors, you could conduct additional experiments where you minimize potential sources of variation (e.g., using identical marbles, shielding from air currents) and observe how the marbles' landing positions change under controlled conditions.