Force is related to momentum through the equation F = dp/dt, indicating that force is the rate of change of momentum over time. The relationship is further clarified by the equations F = ma and P = mv, showing that force applied over time alters an object's momentum. Impulse, defined as force acting over time, shares dimensions with momentum and explains why an egg dropped on a pillow does not break, as the pillow extends the time of impact. In contrast, dropping the egg on concrete results in a quick impact with a high force, leading to breakage. Understanding these concepts illustrates the critical role of time in the interaction between force, momentum, and impulse.