The discussion revolves around the conservation equations related to spring forces and potential energy, particularly in the context of a mass attached to a spring. Participants explore the nature of spring forces as conservative forces and the implications for energy conservation in different scenarios.
The discussion is active, with participants providing insights into the conservation of energy equation as it applies to springs. There is acknowledgment of different conditions affecting the equations, such as the presence of gravitational potential energy in vertical setups. Some participants express agreement on the formulations discussed.
Participants are navigating the complexities of energy conservation in different spring configurations, including horizontal and vertical orientations. There is a focus on ensuring all relevant energy terms are included in the equations being considered.
yes, it is similar to the conservation of energy equation with the added terms of the spring's potential energypb23me said:
Use the conservation of energy equation! What is the potential energy of a spring?
Yes, if the the spring was horizontal and no other forces (like friction) acting..If the spirng was hanging vertical and the mass released, you'd have to include the gravitational potential energy change also. (It's a good idea to not drop the '1/2' term, even though it cancels out in this first example).pb23me said:
yes, indeed.pb23me said:
awsome maybe you could take a look at my other prob entitled simple harmonic motion haha