A block of mass 20 g sits at rest on a plate that is at the top of the fluid on one side of a U-tube as shown in Figure. The U-tube contains two different fluids with densities p1 = 1000 kg/m³ and p2 = 600 kg/ m³ and has a cross sectional area of A= 5 × 10-4m². If m = 20 g 20 cm the surfaces are offset by an amount h as shown. Find h. A-h = 0.02 m, B-h = 0.15 m,,
A block of mass 20 g sits at rest on a plate that is at the top of the fluid on one side of a U-tube as shown in Figure. The U-tube contains two different fluids with densities p1 = 1000 kg/m³ and p2 = 600 kg/ m³ and has a cross sectional area of A= 5 × 10-4m². If m = 20 g 20 cm the surfaces are offset by an amount h as shown. Find h. A-h = 0.02 m, B-h = 0.15 m,,
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Transcribed Image Text:A block of mass 20 g sits at rest on a plate that is at
the top of the fluid on one side of a U-tube as shown in
Figure. The U-tube contains two different fluids
with densities p1 = 1000 kg/m³ and p2 = 600 kg/
m³ and has a cross sectional area of A= 5 × 10-4m². If
m = 20 g
20 cm
the surfaces are offset by an amount h as shown.
Find h.
A-h = 0.02 m,
B-h = 0.15 m,,
C-h= 0. 08 m,
D-h= 0. 12 m,
E-h= 0. 10 m,
A
В
C
O D
O E
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