Question

10 )The same magnitude of force is applied to two objects A and B.If area of A is more than that of B, then the pressure on

i. both of them is same.

ii.A is greater than pressure on B.

iii. A is the average of the pressure on A and B

iv. A is smaller than pressure on B.​

Answer 1

Answer:

Net Force increase

Explanation:

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I hope you understand

Answer 2

Pressure on (iv) A is smaller than pressure on B

FORCE is the energy attached to a motion or physical activity. Newtons is the SI unit for force ($N$).

AREA is a unit used to describe how much space a 2-Dimensional Object occupies. The square metre is the SI unit for area ($m^{2}$).

PRESSURE is referred to The physical force applied on an Object. The force exerted on an object's surface is perpendicular to its area. Pascals ($Pa$) is the standard unit of Pressure, where  $1 Pa = 1N.m^{-2}$.

Mathematical Expression for the relation between Pressure, Force and Area:

$Pressure\ [P]= \frac {Force\ [F]}{Area\ [A]}$

From this it is clear that Pressure is a notion that connects force and area. Pressure is defined as force applied to a certain region.

1. At constant force, pressure rises as area falls.
2. At constant area, pressure rises as force applied rises.

Since,

The force applied on Object A and Object B is Same.

and

Area of Object A is more than Area of Object B.

We know: At constant force, pressure rises as area falls.

Therefore,

Pressure on Object B is greater than Pressure on Object A.

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