The inclined-tube manometer shown in Fig. 2-23 is used to measure small pressure changes. Determine the difference in pressure between points A and E if the manometer liquid, mercury, is at the level shown. The pipe at A contains water, and the one at E contains natural gas. For mercury, rho _(Hg)=13550k(g)/(m^(3)). The inclined-tube manometer sh

Question

The inclined-tube manometer shown in Fig. 2-23 is used to measure small pressure changes. Determine the difference in pressure between points

A

and

E

if the manometer liquid, mercury, is at the level shown. The pipe at

A

contains water, and the one at

E

contains natural gas. For mercury,

\rho _(Hg)=13550k(g)/(m^(3))

. The inclined-tube manometer shown in Fig. 2-23 is used to measure small pressure changes. Determine the difference in pressure between points

A

and

E

if the manometer liquid, mercury, is at the level shown. The pipe at

A

contains water, and the one at

E

contains natural gas. For mercury,

\rho _(Hg)=13550k(g)/(m^(3))

.

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