A container has two chambers of volumes $V_{1} = 2$ litres and $V_{2} = 3$ litres separated by a par

Question

A container has two chambers of volumes $V_{1} = 2$ litres and $V_{2} = 3$ litres separated by a partition made of a thermal insulator. The chambers contain $n_{1} = 5$ and $n_{2} = 4$ moles of ideal gas at pressures $p_{1} = 1	ext{ }atm$ and $p_{2} = 2	ext{ }atm$, respectively. When the partition is removed, the mixture attains an equilibrium pressure of

Accepted Answer

$P_{1}V_{1} + P_{2}V_{2} = P\left( V_{1} + V_{2} ight)$$$\begin{matrix} & 1(2) + 2(3) = P(2 + 3) \ & \frac{8}{5} = P \end{matrix}$$$$\Rightarrow 1.6	ext{ }atm$$

Question

Options

Solution

More KTG Questions