SOLUTIONS AS A FUNCTION OF TEMPERATURE 

 TABLE LVIII. 



159 



CONDUCTANCE OF CONCENTRATED SOLUTIONS IN METHYLAMINE AND 



ETHYLAMINE. 



If the values of the ionization given by the lower curves in the figure 

 are multiplied by the corresponding A values, the conductance curves 

 shown in the upper part of the figure are obtained. At low concen- 

 trations, where the ionization decreases only little with rising tempera- 

 ture, the increased conductance, due to temperature rise, more than 

 counterbalances the decreased conductance due to decreased ionization, 

 and the conductance therefore increases with increasing temperature. In 

 very concentrated solutions, also, the conductance increases with the 

 temperature since the change in ionization here is relatively small. At 



