A liquid of density $12 k g m^{- 3}$ exerts a pressure of 600 Pa at a point inside a liquid. What is height of liquid column above that point? $[g = 10 m s^{- 2}]$

4 m

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5 m

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6 m

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7 m

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Solution

The correct option is B 5 m
$D e n s t i y = 12 k g m^{- 3}, P r e s s u r e = 600 P a$
As we know that,
$P r e s s u r e = h d g$
$\Rightarrow h d g = P r e s s u r e \Rightarrow h e i g h t = \frac{P}{d g}$
$\Rightarrow h e i g h t = \frac{600}{12 \times 10} m = 5 m .$

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A liquid of density 12kgm−3 exerts a pressure of 600 Pa at a point inside a liquid. What is height of liquid column above that point? [g=10ms−2]

The correct option is B 5 mDenstiy=12kgm−3,Pressure=600PaAs we know that,Pressure=hdg⇒hdg=Pressure⇒height=Pdg⇒height=60012×10m=5m.

A liquid of density $12 k g m^{- 3}$ exerts a pressure of 600 Pa at a point inside a liquid. What is height of liquid column above that point? $[g = 10 m s^{- 2}]$

The correct option is B 5 m
$D e n s t i y = 12 k g m^{- 3}, P r e s s u r e = 600 P a$
As we know that,
$P r e s s u r e = h d g$
$\Rightarrow h d g = P r e s s u r e \Rightarrow h e i g h t = \frac{P}{d g}$
$\Rightarrow h e i g h t = \frac{600}{12 \times 10} m = 5 m .$