Question

assume the reaction produces 0.0032 moles of h2 gas with a volume of 0.0806 l, pressure of the dry h2 of 0.9720 atm and temperature of 297.2 k. calculate the ideal gas constant, r in units of (l atm/(mol k)).

Answer 1

The ideal gas constant, r, has a unit of (l atm/mol k) of 0.0821 l atm/ mol k.

The formula for the ideal gas constant is

PV = nRT

P = pressure

V=volume

n= number of moles,

R=ideal gas constant, and

T=kelvin temperature.

When all the values are entered into the formula, we get:

$R= \frac{PV}{nT} \\R=\frac{ 0.9720* 0.0806}{0.0032*297.2}$

$R= \frac{0.0783}{0.9510}$

$R= 0.0821$

To learn more about the ideal gas constant, refer:-

https://brainly.com/question/22854014

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