The discussion revolves around the concept of the constant of proportionality, denoted as 'k', and its relationship to height in the context of physics. Participants explore whether height influences 'k' in different scenarios, particularly in relation to Hooke's law and the behavior of falling objects.
The discussion is active, with participants clarifying their understanding of 'k' in different contexts. Some have offered insights into the constancy of 'k' under certain conditions, while others are still grappling with the implications of height on this constant.
There is confusion regarding the definitions and applications of 'k', particularly in relation to drag and gravitational acceleration. Participants are navigating through different physics concepts without reaching a consensus on the impact of height on 'k'.
mwahx3 said:hookes law.
mwahx3 said:hmmm. but in the example they use falling objects...not springs. that's what I'm stuck on.
mwahx3 said:ahhh. sorry what i said about hookes law. for falling objects, it stays constant since it is the acceleration. is this correct?
mwahx3 said:oh wait! sorry i misunderstood the problem! k is the constant of proportionality for the DRAG. so air resistance. but it still doesn't change does it?