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Standard XII

Mathematics

Distance Formula

For a real ga...

Question

For a real gas obeying Vander Waal's equation, a graph is plotted between $P V_{m}$ (y-axis) and P(x-axis), where $V_{m}$ is molar volume, y-intercept of the graph is $- R T$ .
If true enter 1, else enter 0.

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Solution

For a real gas obeying Vander Waal's equation, a graph is plotted between $P V_{m}$ (y-axis) and P(x-axis), where $V_{m}$ is molar volume, y-intercept of the graph is $R T$ and not $- R T$ .

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For a real gas obeying Vander Waal's equation, a graph is plotted between PVm (y-axis) and P(x-axis), where Vm is molar volume, y-intercept of the graph is −RT.If true enter 1, else enter 0.

For a real gas obeying Vander Waal's equation, a graph is plotted between PVm (y-axis) and P(x-axis), where Vm is molar volume, y-intercept of the graph is RT and not −RT.

For a real gas obeying Vander Waal's equation, a graph is plotted between $P V_{m}$ (y-axis) and P(x-axis), where $V_{m}$ is molar volume, y-intercept of the graph is $- R T$ .
If true enter 1, else enter 0.

For a real gas obeying Vander Waal's equation, a graph is plotted between $P V_{m}$ (y-axis) and P(x-axis), where $V_{m}$ is molar volume, y-intercept of the graph is $R T$ and not $- R T$ .