Question

Vertical cylinder equipped with a mobile piston contains 8. 0 liters of an ideal 320 C gas with a pressure of 84 kpa. The volume of gas at stp is?

Answer 1

The volume of gas at stp is 6.015L.

Given,

$P_{1} =84kpa\\P_{2} =100kpa\\V_{1} =8L\\T_{1} =32+273=305K\\T_2=0+273=273K$

$\frac{P_1*V_1}{T_1} =\frac{P_2*V_2}{T_2}$

$V_2$=6.015L

Volume

A three-dimensional space's occupied volume is measured. It is frequently expressed numerically in terms of SI-derived units or different imperial units. It is generally accepted that a container's volume refers to its capacity, not the amount of space it takes up. In other words, the volume of a container refers to the amount of fluid it may hold.

It is simple to determine the volume of several three-dimensional shapes using mathematical formulas. If a formula for the shape's border exists, the volume of more complex shapes can be computed using integral calculus. No object in the dimensions of zero, one, or two has volume; in the fourth and higher dimensions, the term "hypervolume" is equivalent to "normal volume."

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