Answer:
152642.2
Explanation:
the pressure at the bottom of the cylinder is
P = Po + rho gh
=101300+806(9.8)(6.5)
=152642.2 Pa
The pressure at the bottom of the cylinder is 152642.2 Pa
If the density of the liquid is ρ then the burden of the liquid inside the first cylinder is W1=ρh1S1g and the strain at the bottom of the primary cylinder (neglecting atmospheric strain) is P1=W1/S1=ρh1g.
Stress, inside the physical sciences, is the perpendicular force according to unit location, or the strain at a point inside a confined fluid.
Calculation:-
⇒806 kg/m^3(10)*6.50
⇒152642.2 Pa
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