There are 0.58 moles of sulfur hexafluoride gas trapped in a non-deformable container.

Calculate the volume of the gas occupied in the container under STP conditions.

Question

Chemistry

Carlie Murillo

29 April, 00:26

There are 0.58 moles of sulfur hexafluoride gas trapped in a non-deformable container.

Calculate the volume of the gas occupied in the container under STP conditions.

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Answers (1)

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Dallas Hurley · Answer 1

12.992 L sulfur hexafluoride

Explanation:

To convert the mole to volume under the STP, we multiply the mole by 22.4 L.

This create. 58 mole of sulfur hexafluoride x 22.4 L = 12.992 L sulfur hexafluoride

There are 0.58 moles of sulfur hexafluoride gas trapped in a non-deformable container.Calculate the volume of the gas occupied in the container under STP conditions.

There are 0.58 moles of sulfur hexafluoride gas trapped in a non-deformable container.

Calculate the volume of the gas occupied in the container under STP conditions.