What happens to the force as the time increases? 2 marksThe force gets distributed over a period of time so that we feel less force per unit time. The force is divided by time. The force disappears into the soft material The force is absorbed by the cushioning effect

The force does not necessarily decrease as time increases. The relationship between force and time is not directly proportional. The force applied to an object over a period of time can result in a change in the object's momentum, a concept known as impulse. However, the force itself does not inherently decrease or increase with time.

The statements provided seem to be referring to specific scenarios. For instance, "The force gets distributed over a period of time so that we feel less force per unit time" could be referring to the concept of pressure, which is force distributed over an area. If the area over which the force is applied increases, the pressure (force per unit area) decreases.

"The force is divided by time" could be referring to the concept of power, which is work done or energy transferred per unit time. If the same work is done over a longer period of time, the power (work per unit time) is less.

"The force disappears into the soft material" and "The force is absorbed by the cushioning effect" could be referring to how materials can absorb and dissipate energy, reducing the force felt.

In conclusion, the relationship between force and time is not straightforward and depends on the specific scenario and physical concepts involved.