please typing in clear font or computer (9) At 300 K, the second virial coefficient (B) for N2 is –4.2 cm3 • mol-1, while for CH4 it is – 15cm3 • mol-1. Which gas behaves less like an ideal gas at this temperature? (MAKE SURE TOEXPLAIN YOUR REASONING).

virial equation of state for 1 mol of any gas is PV=RT + BVRT Where V= v/n Where P =…

(9) At 300 K, the second virial coefficient (B) for N2 is –4.2 cm3 • mol-1, while for CH4 it is – 15 cm³ • mol-1. Which gas behaves less like an ideal gas at this temperature? (MAKE SURE TO EXPLAIN YOUR REASONING).

(9) At 300 K, the second virial coefficient (B) for N2 is –4.2 cm3 • mol-1, while for CH4 it is – 15 cm³ • mol-1. Which gas behaves less like an ideal gas at this temperature? (MAKE SURE TO EXPLAIN YOUR REASONING).

Physical Chemistry

2nd Edition

ISBN:9781133958437

Author:Ball, David W. (david Warren), BAER, Tomas

Publisher:Ball, David W. (david Warren), BAER, Tomas

Chapter1: Gases And The Zeroth Law Of Thermodynamics

Section: Chapter Questions

Problem 1.11E: What is the value of FP for a sample of gas whose temperature is -33.0 C and volume is 0.0250 L?...

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please typing in clear font or computer

(9) At 300 K, the second virial coefficient (B) for N2 is –4.2 cm3 • mol-1, while for CH4 it is – 15
cm3 • mol-1. Which gas behaves less like an ideal gas at this temperature? (MAKE SURE TO
EXPLAIN YOUR REASONING).

Expert Solution

Step 1

virial equation of state for 1 mol of any gas is

PV=RT + $\frac{B}{V} R T$

Where V= v/n

Where P = pressure of the gas , T= temperature in K ,R = universal gas constant

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