A gas currently has a pressure of 17 atm, a volume of 96 L, and a temperature of 284 K. If its initial

pressure was 16 atm and initial volume was 84 L, what was the initial temperature?

Question

Jon Mcconnell

Chemistry

5 May, 06:22

A gas currently has a pressure of 17 atm, a volume of 96 L, and a temperature of 284 K. If its initial

pressure was 16 atm and initial volume was 84 L, what was the initial temperature?

+1

Answers (1)

Know the Answer?

Belinda Rosales · Answer 1

The initial temperature was 234K

Explanation:

We use the gas formula, which results from the combination of the Boyle, Charles and Gay-Lussac laws. According to which at a constant mass, temperature, pressure and volume vary, keeping constant PV / T

(P1xV1) / T1 = (P2xV2) / T2

(16atmx84L) / T1 = (17atmx 96 L) / 284K

1344atmx L/T1 = 5,75 atm x L/K

T1 = 1344atmx L/5,75 atm x L/K = 233,74K

A gas currently has a pressure of 17 atm, a volume of 96 L, and a temperature of 284 K. If its initialpressure was 16 atm and initial volume was 84 L, what was the initial temperature?

A gas currently has a pressure of 17 atm, a volume of 96 L, and a temperature of 284 K. If its initial

pressure was 16 atm and initial volume was 84 L, what was the initial temperature?