Consider the following diatomic molecules: H2 with a vibrational stretch mode at 4342 cm-1, F1at 892...

 

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Consider the following diatomic molecules: H2 with a vibrational stretch mode at 4342 cm-1, F1at 892 cm., Cla at 546 cm-1, Brz at 319 cm-1, I2 at 215 cm-1. What is the molar constant volume heut capacity of these molecules near 0 K? As the temperature approaches infinity? Also, which of these molecules would be expected to have the largest constant volume heat capacity at room temperature, 295 K? Consider the following diatomic molecules: H2 with a vibrational stretch mode at 4342 cm-1, F1at 892 cm., Cla at 546 cm-1, Brz at 319 cm-1, I2 at 215 cm-1. What is the molar constant volume heut capacity of these molecules near 0 K? As the temperature approaches infinity? Also, which of these molecules would be expected to have the largest constant volume heat capacity at room temperature, 295 K?