The pressure exerted by a column of liquid is equal to the product of the height of the column times the gravitational constant times the density of the liquid, p = ghd. how high a column of methanol (d = 0.79 g/ml) would be supported by a pressure that supports a 713 mm column of mercury (d = 13.6 g/ml) ?

Question

Destinee Maldonado

Physics

19 August, 16:47

The pressure exerted by a column of liquid is equal to the product of the height of the column times the gravitational constant times the density of the liquid, p = ghd. how high a column of methanol (d = 0.79 g/ml) would be supported by a pressure that supports a 713 mm column of mercury (d = 13.6 g/ml) ?

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Miya Moody · Answer 1

We know that the pressure at the bottom of the 713 mm column of mercury is equal to an amount of 713 mmHg. The heights will be now, inversely proportional to the densities: So the computation is: (713 mm) (13.63 g/ml) / (0.79 g/ml) = 12,302 mm, or 12.3 meters.