If you apply the same pressure to both ports, then the piston will move. This is because the areas of the piston are different, due to the piston rod on one side. The force on the large area will be P x A1 and the opposing force will be P x A2, where A2 is less than A1 by the area of the piston rod. The resultant force will be P x (A1-A2).
They begin to move quicker
you get a hematoma
When a force is applied to a confined fluid, an increase in pressure is transmitted equally to all parts of the fluid. This is known as Pascal's principle.
The flow and pressure changes. eg: If the speed is increased, the flow and pressure will increase. In some cases this could be regulated by flow and pressure control valves and the final flow/pressure result might be the same.
nothing
Hydraulic systems work because liquids are, for all practical purposes, incompressible. When you apply pressure to the master cylinder in a hydraulic system, that pressure is transmitted equally throughout the system.Gases, however, are extremely compressible. When you put pressure on the master cylinder in a hydraulic system in which there is air in the lines, all that happens is that you compress the air in the lines; the pressure is NOT transmitted to the working cylinders.
the pressure and the temperature increases, and the volume is reduced.
pressure
decay
Pressure is released from the hydraulic system and brake pistons relax.
If a pressure greater than atmospheric pressure is applied to a solution or pure water, its water potential increases
It becomes metamorphic rock
is move themselves
It is brittle
It is compressed and occupies a smaller volume.
the gas expands and exerts more pressure on the sides of the cylinder. Basically, the pressure goes up due to a temperature increase.
They begin to move quicker