The problem involves a 2.5-kg weight released from rest, with two springs of stiffness k. The objective is to determine the largest value of k for which the weight reaches a specified position B from position A, where the springs are undeformed.
The discussion is active, with participants providing feedback on each other's reasoning and questioning assumptions about potential energy. Some guidance has been offered regarding the conservation of mechanical energy, but there is no explicit consensus on the interpretation of the problem or the values to use.
Participants are navigating the definitions of weight and potential energy in relation to the problem setup. There is also a mention of the appropriateness of the forum for posting questions from a specific textbook.
Almost but not quite. Something is missing. The problem talks about a 2.5-kg weight. Is weight measured in kilograms?Alexanddros81 said:
Any point you like. The zero of potential energy is irrelevant. Consider this, when a mass moves from point A to B, mechanical energy conservation saysAlexanddros81 said:
I am not familiar with the textbook. I looked at its table of contents and I think "Advanced Physics Homework" would be more appropriate. Try that and if I am wrong, a mentor will move it to its rightful place, perhaps in "Engineering."Alexanddros81 said:
