Can a liquid create negative pressure? !
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Gases can easily create negative pressure; can liquids do the same? Please give me some advice!
A water pump can create negative pressure.
Why does gas easily create a negative pressure? :o
Do you mean the change in volume itself?
This question is a bit unexpected; what problem is it meant to solve?
This question is a bit vague! Does it refer to gases and liquids as substances that create negative pressure? Or does it refer to the ease with which the pressure of the gas or liquid itself changes? If it is the former, as a negative-pressure working fluid, liquids can easily create negative pressure! If it is the latter, the liquid has a smaller distance between its molecules, resulting in less negative pressure elasticity; therefore, it is easier to develop negative pressure compared to gases!
This question isn’t quite at the level suitable for second-year high school students! :lol
Liquids can create negative pressure. The negative pressure used for the dechlorination of brackish water in the chlor-alkali industry at one company is provided by a hydraulic jet pump
For example, if the fan is placed in a certain position, a negative pressure will be created at the front of the fan’s inlet; of course, this negative pressure is usually not very strong. If the pump is placed in a certain position, will the liquid in front of the pump also be drawn into a negative pressure state?