A student drops two balls from a height of 2 meters into flour. The smaller ball has a depth of 1.2 cm. And the larger ball has a depth of 3.4 cm what is the best explanation for the difference in depth
The difference in depth of the two balls can be explained by their respective sizes and densities.
The smaller ball likely has a smaller surface area compared to the larger ball, which means that the force of impact is concentrated over a smaller area, causing it to sink deeper into the flour. Additionally, the smaller ball may have a higher density, which also contributes to its deeper penetration into the flour.
On the other hand, the larger ball has a larger surface area which disperses the force of impact over a greater area, resulting in a shallower depth in the flour. The larger ball may also have a lower density compared to the smaller ball, further contributing to its shallower penetration.
Overall, the difference in depth between the two balls can be attributed to a combination of their size, surface area, and density.