In a world where shadows have mass and can interact with physical objects, Jaxon and Amara are standing in a sunlit field with a single light source directly overhead. Jaxon casts a shadow on a seesaw's seat on one end, while Amara is sitting on the other end of the seesaw. What happens to the seesaw?

Provide a short response.
In this world, since shadows have mass, Jaxon's shadow, which is cast upon the seesaw's seat, would exert a force due to its mass just as a physical object would. The seesaw functions based on the principle of moments, where the relative distances and forces will determine its balance or imbalance. With Jaxon's shadow being cast on one end, and Amara sitting on the opposite end, the seesaw would respond to the presence of Jaxon's shadow as if an object of equivalent mass were placed on it. Consequently, if Jaxon's shadow mass is less than Amara's mass, the seesaw would tilt downwards on Amara's side due to her greater weight. If Jaxon's shadow has an equivalent mass to Amara, the seesaw would balance, assuming the seesaw is uniform and the fulcrum is centered. However, if Jaxon's shadow has more mass than Amara, the seesaw would tilt downwards on the side where Jaxon's shadow is cast. In summary, the seesaw would tilt in the direction of the greater mass, whether it is Amara's mass on one end or the mass of Jaxon's shadow on the other.