Recent content by forScience

  1. F

    Potential Energy function for this system

    The middle block's GPE decreases when moved down by Δy. ΔGPE = -m1gΔy
  2. F

    Potential Energy function for this system

    Ok, so I took your hint, and found that angle that would yield the equilibrium position, aka forces balance, and accel = 0. using that angle, I found the y position that would yielf equilibrium. I labeled the mass in the middle as m1 and the masses on the outside as m2. F = ma System m2...
  3. F

    Potential Energy function for this system

    I'm trying to figure out this problem too. I think what you're supposed to realize here is that the tension forces are doing work on the three masses, but since your system is everything, work = 0, and so you have to express that as a potential energy... so in a sense, you're trying to find TPE...
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