Part A If the applied force is constant, how doesthe pressure exerted by an object change as the area upon which theforce is exerted decreases? The pressure exerted by an object doesn'tchange. The pressure exerted by an objectincreases. The pressure exerted by an objectdecreases. The pressure exerted by an object doesn'tchange. The pressure exerted by an objectincreases. The pressure exerted by an objectdecreases. The pressure exerted by an object doesn'tchange. The pressure exerted by an objectincreases. The pressure exerted by an objectdecreases. The pressure exerted by an object doesn'tchange. The pressure exerted by an objectincreases. The pressure exerted by an objectdecreases. The pressure exerted by an object doesn'tchange. The pressure exerted by an objectincreases. The pressure exerted by an objectdecreases. The pressure exerted by an object doesn'tchange. The pressure exerted by an objectincreases. The pressure exerted by an objectdecreases. The pressure exerted by an object doesn'tchange. The pressure exerted by an objectincreases. The pressure exerted by an objectdecreases. The pressure exerted by an object doesn'tchange. The pressure exerted by an objectincreases. The pressure exerted by an objectdecreases. The pressure exerted by an object doesn'tchange. The pressure exerted by an objectincreases. The pressure exerted by an objectdecreases. The pressure exerted by an object doesn'tchange. The pressure exerted by an objectincreases. The pressure exerted by an objectdecreases. Part B In the real world, how does this relationshipapply to the ease of driving a small nail versus a largenail? A small nail is easier to drive than a largenail. A large nail is easier to drive than a smallnail. No difference. A small nail is easier to drive than a largenail. A large nail is easier to drive than a smallnail. No difference. A small nail is easier to drive than a largenail. A large nail is easier to drive than a smallnail. No difference. A small nail is easier to drive than a largenail. A large nail is easier to drive than a smallnail. No difference. A small nail is easier to drive than a largenail. A large nail is easier to drive than a smallnail. No difference. A small nail is easier to drive than a largenail. A large nail is easier to drive than a smallnail. No difference. A small nail is easier to drive than a largenail. A large nail is easier to drive than a smallnail. No difference. A small nail is easier to drive than a largenail. A large nail is easier to drive than a smallnail. No difference. A small nail is easier to drive than a largenail. A large nail is easier to drive than a smallnail. No difference. A small nail is easier to drive than a largenail. A large nail is easier to drive than a smallnail. No difference. A small nail is easier to drive than a largenail. A large nail is easier to drive than a smallnail. No difference. The pressure exerted by an object doesn'tchange. The pressure exerted by an objectincreases. The pressure exerted by an objectdecreases.
Explanation / Answer
We Know that : Pressure = Force / Area As the applied Force is constant . with the decrease in area the pressure exerted onthe object increases as Area of cross section is inverselypropotional to pressure. option b is correct. In the realworld it is easy to drive larger Nail compared to smallerNail as the surface area is larger it is easier to drive.