A liquid of density $12 k g m^{- 3}$ exerts a pressure of $600 P a$ at a point inside a liquid. What is height of liquid column above that point? ( $g = 10 m$ $s^{- 1}$ )

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Solution

Density $ρ = 12 ㎏ / m^{3}$
Pressure $P = 600 ㎩$
$g = 10 m / s^{2}$
$P = ρ g h$
$=>$ Height $h = \frac{P}{ρ g} = \frac{600}{12 \times 10} = 5 m$

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A liquid of density 12kgm−3 exerts a pressure of 600Pa at a point inside a liquid. What is height of liquid column above that point? (g=10m s−1)

Density ρ=12㎏/m3Pressure P=600㎩g=10m/s2P=ρgh=> Height h=Pρg=60012×10=5m

A liquid of density $12 k g m^{- 3}$ exerts a pressure of $600 P a$ at a point inside a liquid. What is height of liquid column above that point? ( $g = 10 m$ $s^{- 1}$ )

Density $ρ = 12 ㎏ / m^{3}$
Pressure $P = 600 ㎩$
$g = 10 m / s^{2}$
$P = ρ g h$
$=>$ Height $h = \frac{P}{ρ g} = \frac{600}{12 \times 10} = 5 m$