9L Pressure

The amount of f1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunite 1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit or pr1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit on a certain 1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit is called 1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit.

How strong the 1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit is depends on the size of the 1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit and the size of the 1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit it is pushing on.

If the size of the force is kept 1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit or un1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit then by increasing the area the pressure will 1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit.

But if the area is decreased while the size of the 1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit remain constant the pressure will 1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit.

Pressure is 1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit pushing down on 1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit area or 1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit divided by 1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit.

Which means that force can be calculated by 1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit 1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit to area.

Area is then 1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit 1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit by pressure.

The unit of pressure is 1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit or in a shorter form 1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit.

A force of 1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit Newtons acting on an area of 1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit metre squared will produce a pressure of 1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit Newtons 1535areachangedconstantdecreasedividedessingforceincreasemultiplyingNewton per metre squaredorcPascalperpressurepushingunit metre squared.