comper the value of‘e’ for different ball for same surface and draw your conclusion
Answers
Answer:
What conclusions did your team draw from your data? ... three round balls of different mass, size, and surface roughness to see what .
Answer:
The ratio of the final speed and the initial speed between two objects after their collision is known as the recovery coefficient. The return coefficient is defined as ‘e’ and is an uncommon value, and its values range from 0 and 1.
Explanation:
Sir Issac Newton discovered a number of mathematical concepts and rules that help us make sense of what happens when two things conflict. One such important rule, Newton's law of reciprocity, states that when two objects collide, their speed after the collision depends on what they are made of.
The natural ratio of the conflicting objects is represented by a number known as the return coefficient. The return coefficient gives us information about the elasticity of the collision. Collisions where there is no general kinetic energy loss are known as fully flexible collisions. This type of collision has a maximum return coefficient of e = 1. The collision, in which a large kinetic force is lost, is known as a completely inelastic collision. They have a return coefficient of e = 0. Most real-life collisions are in the middle.
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