Consider the two flasks joined together with a stopcock (shown in the diagram below). Calculate the final partial pressure contributed by each gas to the mixture when the stopcock connecting the flasks is opened. (Assume the total volume is 6 L). H 5 L of H₂ at 101000 Pa a. PH₂=84167 Pa, pN₂= 50500 Par b. PH₂ 101000 Pa, pN₂= 101000 Pa PH₂=50500 Pa, pN₂ = 84167 Pa d. PH₂= 134667 Pa, PN₂ = 50500 Pa PH₂=84167 Pa, pN₂= 134667 Pal Oe. 1 L of N₂ at 303000 Pa

Consider the two flasks joined together with a stopcock (shown in the diagram below). Calculate the final partial pressure contributed by each gas to the mixture when the stopcock connecting the flasks is opened. (Assume the total volume is 6 L). H 5 L of H₂ at 101000 Pa a. PH₂=84167 Pa, pN₂= 50500 Par b. PH₂ 101000 Pa, pN₂= 101000 Pa PH₂=50500 Pa, pN₂ = 84167 Pa d. PH₂= 134667 Pa, PN₂ = 50500 Pa PH₂=84167 Pa, pN₂= 134667 Pal Oe. 1 L of N₂ at 303000 Pa

Chemistry: The Molecular Science

5th Edition

ISBN:9781285199047

Author:John W. Moore, Conrad L. Stanitski

Publisher:John W. Moore, Conrad L. Stanitski

Chapter8: Properties Of Gases

Section: Chapter Questions

Problem 66QRT

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