Final answer:
The resulting suspension is a deflocculated suspension, where particles stay uniformly dispersed without forming aggregates or settling quickly.
Step-by-step explanation:
When the thermal kinetic energy of the suspensoid is greater than the secondary minimum but less than the energy barrier which prevents particles from coming together to form aggregates, the resulting suspension is a deflocculated suspension. In this state, particles are sufficiently energized to overcome the weak forces at the secondary minimum but not enough to overcome the energy barrier leading to flocculation. This results in a stable suspension where the particles remain uniformly dispersed without forming flocs or settling out quickly.