Kerosene was poured into the container. Determine the height of the column of kerosene, if its density is 800
| February 11, 2021 | education
Kerosene was poured into the container. Determine the height of the column of kerosene, if its density is 800 kg / m3 in a cubic meter, and the pressure exerted by it on the bottom of the container is 160 kPa ..
The pressure of a column of liquid (or gas) is found by the formula P = rgH, where r is the density of the liquid, g is the acceleration of gravity, H is the height of the column of liquid.
H = P / rg = 160,000 / (800 * 10) = 20 m.
Answer: 20 m.
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