Class Exercise Consider an inverted manometer in Fig. The densities of water and mercury are $1000 kg / m 3$ and $13, 600 kg / m 3$ , respectively. Determine the height $H$ (in m) if the pressure difference, $P_{B} ? P_{A} = 97 kPa$ .

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Class Exercise Consider an inverted manometer in Fig. The densities of water and mercury are

1000 kg / m 3

and

13, 600 kg / m 3

, respectively. Determine the height

H

(in m) if the pressure difference,

P_{B} ? P_{A} = 97 kPa

.

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