- #1
hhhmortal
- 176
- 0
Hi,
I'm trying to investigate how the force exerted onto a human body is affected by the presence of a surrounding liquid. Since the liquid can't compress the pressure is distributed in all directions. If a person is accelerated with this liquid, he/she + the mass of liquid will feel a force (F= ma).
If we consider the person alone he/she will feel a certain force due to acceleration, adding in the mass of the liquid will increase this force, so how does the liquid the person is immersed in, make a different to the pressure received by that person?
I'm trying to investigate how the force exerted onto a human body is affected by the presence of a surrounding liquid. Since the liquid can't compress the pressure is distributed in all directions. If a person is accelerated with this liquid, he/she + the mass of liquid will feel a force (F= ma).
If we consider the person alone he/she will feel a certain force due to acceleration, adding in the mass of the liquid will increase this force, so how does the liquid the person is immersed in, make a different to the pressure received by that person?