How does the pressure exerted on the object change?

The pressure exerted on a surface by an object increases as the weight of the object increases or the surface area of contact decreases. Alternatively the pressure exerted decreases as the weight of the object decreases or the surface area of contact increases.

How would the pressure exerted by a force on an area change if the thrust is doubled keeping the area constant 1 point?

So, it is clear that the pressure is inversely proportional to the area. If the area is doubled keeping the thrust constant, the pressure would be half as : Hence, this is the required solution.

How would the pressure exerted by a force on an area change if thrust is doubled and area is reduced by half?

If the force on the surface is doubled and the area is reduced to half, pressure will. A. Pressure is directly proportional to the Force (F) and inversely proportional to the area (A) when other quantities are kept constant. So, when Area A is doubled pressure is halved.

How does pressure vary with change in force explain with the help of an example?

PRESSURE IS DIRECTLY PROPORTIONAL TO FORCE APPLIED TO ANY BODY AS PRESSURE= FORCE /AREA .. THERE FORE PRESSURE VARIES WITH CHANGE IN FORCE. FOR EXAMPLE- IF YOU APPLY MORE FORCE ON A IRON NAIL TO PUT IT INTO THE WALL.. MORE PRESSURE WILL BE APPLIED BY THE NAIL ON THE WALL.

How will the pressure vary if force and area both are tripled?

Explanation: So, when we will triple both then 3 will cancel out and pressure will remain unchanged.. The pressure remains same. because increase in area is same as increase in force.

How will the pressure change if force applied is halved and area is doubled?

When area is doubled , the impact on pressure acting on a object will be decreased . If area is halved, then the impact of pressure acting on the object will be increased.

How would the pressure exerted by a force on an area change it?

f the area is double than the pressure will be half. So, the pressure becomes half of the initial pressure. So, the pressure becomes double of the initial pressure.

How would the pressure exerted by a force on an area?

Explanation: f the area is double than the pressure will be half. So, the pressure becomes half of the initial pressure. So, the pressure becomes double of the initial pressure.

How will the pressure vary if force and area are tripled?

How does pressure is different than that of force explain?

Force is a vector quantity that has both direction and magnitude, whereas pressure is a scalar quantity having only magnitude. The force applied to an object can change its speed, whereas the pressure applied to the object cannot change the speed of the object.

What happens to pressure when area is doubled?

If the area is doubled the pressure is halved. If the pressure is held constant then the force is directly proportional to the area. If the area is halved then the force is also halved. If the area is doubled then the force is also doubled. How does pressure vary with change in force?

What is meant by double force of pressure?

Pressure is the force applied perpendicular to the surface of an object per unit area over which that force is distributed. As pressure is force on a unit area, it depends on what grounds do you double the force.. For example if you double the force and let the area remain constant, then the pressure is doubled.

What is the relationship between force and pressure in physics?

Pressure implies the amount of force exerted on unit area of any surface. So, theoretically, P=F/A. When only the force is doubled and the area of exertion of force remains the same as the previous, P’=2F/A which implies. P’=2(F/A) which implies. P’=2P where P is the force per unit area. Therefore, when the force is doubled, pressure also doubles.

What is the difference between pressure and thrust?

The force (F) acting on an object per unit area (A) is called pressure (P). Pressure is ratio of force to area. Keeping area constant, if force is doubled, pressure also get doubled. Hope this will help. Rather you should use word thrust as pressure is equal to thrust per unit area.