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Determine the number of moles of air present in 1. 35 L at 750 torr and 17. 0°C. Ideal Gas Law formula: PV = nRT(R = 62. 396 L•torr/mol•K) Which equation should you use? P equal…
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Determine the number of moles of air present in 1. 35 L at 750 torr and 17. 0°C. Ideal Gas Law formula: PV = nRT(R = 62. 396 L•torr/mol•K) Which equation should you use? P equal…
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Oct 4, 2023
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Determine the number of moles of air present in 1. 35 L at 750 torr and 17. 0°C. Ideal Gas Law formula: PV = nRT(R = 62. 396 L•torr/mol•K) Which equation should you use? P equals StartFraction n R T over V EndFraction. N equals StartFraction R T over P V EndFraction. N equals StartFraction P V over R T EndFraction.
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Chris Hines
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Answer:
Answer: PV/RT = n = N equals startfraction P V over R T endfraction Explanation:
Ahmed Mohammed
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Oct 6, 2023
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Ahmed Mohammed
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1. PV=nRT
2. Dive both sides by RT to isolate the n (moles).
3. Answer: PV/RT = n = N equals startfraction P V over R T endfraction
Jesper Palm
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Oct 10, 2023
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Jesper Palm
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