5 F. The figure shows a U-shaped tube, open to the air at both ends. The left arm holds hy = 8.7 cm of water on top of the mercury which rounds the bend and rises into the right arm. Calculate h, the vertical distance in cm between the top of the water and the top of the mercury in the right arm. (The density of mercury is 13.6 x 103 kg/m³) 94 f12 61 E3 pause break OLI 因 因 9 8. R P

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8
16
ト
F.
The figure shows a U-shaped tube, open to the air at
both ends. The left arm holds hy = 8.7 cm of water on top
of the mercury which rounds the bend and rises into the
right arm. Calculate h, the vertical distance in cm
between the top of the water and the top of the mercury
in the right arm. (The density of mercury is 13.6 × 103
kg/m³.)
arch
3.
4
%3D
4.
f5
5
E3
64
因 /ロ
SNSV
7.
H.
OL
6.
f12
break
1.
P.
Ks
Transcribed Image Text:8 16 ト F. The figure shows a U-shaped tube, open to the air at both ends. The left arm holds hy = 8.7 cm of water on top of the mercury which rounds the bend and rises into the right arm. Calculate h, the vertical distance in cm between the top of the water and the top of the mercury in the right arm. (The density of mercury is 13.6 × 103 kg/m³.) arch 3. 4 %3D 4. f5 5 E3 64 因 /ロ SNSV 7. H. OL 6. f12 break 1. P. Ks
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