Hydrogen and helium are ideal gases at room temperature and ordinary pressure but sulfur dioxide is not an ideal gas?

Answer 1

H2 and He are ideal at room temperature because room temperature is very high for both of them so at high temperature gasses bahaves ideally due to the small force of attraction but in case of SO2 and CL2 room temperature is not so high for them so they have greater force of attraction between them and thus behaves non-ideally .......!

Answer 2

Hydrogen and helium are considered ideal gases at room temperature and ordinary pressure because they exhibit behavior that closely follows the ideal gas law, with negligible intermolecular forces and small molecular size. Sulfur dioxide, on the other hand, deviates from ideal gas behavior due to its polar nature and stronger intermolecular forces, leading to deviations from the ideal gas law. These deviations can be observed through the gas's compressibility factor, which differs from unity for non-ideal gases like sulfur dioxide.

Answer 3

Well, honey, hydrogen and helium are lightweight divas that behave like perfect angels at room temperature and regular pressure. But sulfur dioxide? Oh, she's a troublemaker, not playing by the rules of an ideal gas. She's too busy causing a ruckus with her intermolecular forces to be considered ideal.

Answer 4

Well, isn't that just the beauty of gases, friend? Hydrogen and helium are like the happy little clouds floating effortlessly in the sky, perfectly following the rules of ideal gases. But sulfur dioxide, well, it's a bit like a rebellious tree trying to dance in the wind - it doesn't quite behave like the others. And that's okay, each gas has its own unique personality and properties that make them special in their own way. Just like in painting, we embrace the differences and create something beautiful with each color on our palette.

Answer 5

Hydrogen and helium are considered ideal gases because they have negligible molecular volume and no intermolecular forces, following the ideal gas law closely. Sulfur dioxide, however, deviates from ideal behavior due to its polar nature and the presence of intermolecular forces between its molecules, causing deviations from the ideal gas law at room temperature and ordinary pressure.

Answer 6

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