Say you have a closed system running a liquid trough the pipes

>>8731136
Sure would.

>>8731141
/thread

>>8731141
Can you cite a specific reason, I'm trying to win an argument

>>8731160
Since its a closed system you can assume low energy loss over time, the higher the rpms of the pump the more energy is introduced into the system. The more energy usually means a higher temperature/pressure in the system. You can tie in the laws of thermodynamics if you'd like.

>>8731160
like >>8731176 said.

you can also reference momentum. conservation of energy is the main idea here.

>>8731176
no higher temperature, assume temperature stays constant

>>8731197
Son, the temp increase is marginal. The idea is focused around an increase of energy in the system more energy == more pressure.

>>8731205
thank you.

>>8731160

It system would act like a centrifuge. By pressing the fluid against the walls of the pipes, you create more pressures.

But if you had a magic 1m long magically teleported contents from the and to the beginnnig of the pipe, no there would be no significant increase in pressure accept when accelerating the liquid.