The discussion revolves around calculating the inertia ratios of two carts, A and B, involved in a collision on a low-friction track. Participants are analyzing the relationship between the masses of the carts based on their velocity changes during the collision.
The discussion is ongoing, with participants expressing confusion over the correct ratio and the methodology for determining it. Some have suggested that the ratio should be close to 2/1, while others have pointed out contradictions in the reasoning presented. There is a recognition of the challenges posed by the problem statement.
Participants note that measuring individual pixels from the velocity curves may not be appropriate for this type of problem, leading to further confusion regarding the expected approach and the accuracy of their estimates.
is the cart of mass B not larger because it had a smaller change is speed, meaning it has a larger inertia and greater mass. i got the 1/2 ratio because the mass of cart A is double the mass of cart Bmfb said:
Correct, cart B has a larger mass.emily081715 said:
This is in contradiction to what you said immediately before that.emily081715 said:
Why not?emily081715 said:
i already tried the ratio and it was wrong which is why I'm confused for the questionmfb said:
turns out the answer was 2.1emily081715 said: