Calculate the temperature of the boiling point (in °C) of liquid bromine (to the nearest 1°C), at P = 1 bar given the following data: AH [Br2(g)] = 30.907 kJ mol-¹ So [Br2)] = 152.2 J K-1 Sº mol-1 Sº [Br2(g)] = 245.463 J K-1 mol-1

Calculate the temperature of the boiling point (in $^{?} C$ ) of liquid bromine (to the nearest $1^{?} C$ ), at $P = 1$ bar given the following data: $? H_{f}^{?} [Br_{2 (g)}] = 30.907 kJ mol^{? 1} S^{?} [Br_{2 (l)}] = 152.2 J K^{? 1} mol^{? 1} S^{?} [Br 2 (g)] = 245.463 J K^{? 1} mol^{? 1}$

Question

Calculate the temperature of the boiling point (in °C) of liquid bromine (to the nearest 1°C), at P = 1 bar given the following data: AH [Br2(g)] = 30.907 kJ mol-¹ So [Br2)] = 152.2 J K-1 Sº mol-1 Sº [Br2(g)] = 245.463 J K-1 mol-1

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Calculate the temperature of the boiling point (in

^{?} C

) of liquid bromine (to the nearest

1^{?} C

), at

P = 1

bar given the following data:

? H_{f}^{?} [Br_{2 (g)}] = 30.907 kJ mol^{? 1} S^{?} [Br_{2 (l)}] = 152.2 J K^{? 1} mol^{? 1} S^{?} [Br 2 (g)] = 245.463 J K^{? 1} mol^{? 1}

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