The problem involves two children on a seesaw, where one child weighs 35 kg and is positioned 2.0 m from the pivot. The goal is to determine how far the 30 kg child must sit from the pivot for the seesaw to achieve equilibrium. The subject area includes concepts of moments and equilibrium in mechanics.
Some participants have offered guidance on calculating moments and have prompted the original poster to consider the forces acting on the seesaw. There is an ongoing exploration of how to set up the problem, with various interpretations of the necessary calculations being discussed.
Participants express a lack of familiarity with terms related to moments and equilibrium, indicating a need for clarification on fundamental concepts. The discussion includes attempts to convert weights into Newtons and to understand the relationship between mass, gravity, and distance from the pivot.
Fabio233 said:would it be the pivot point?
Fabio233 said:would the forces be mass and gravity and, distance 2m from pivot point
Fabio233 said:oh so i take 35/2=17.5
30/4=7.5
17.5/7.5=2.3m