iv CONTENTS 



11. THE VALENCE OF OXYGEN, SULFUR, NITROGEN AND PHOS- 

 PHORUS DETERMINED FROM THE MOLECULAR COHESION 



By A. P. Mathews 



(Journal of Physical Chemistry, XVII, 331-36, 1913) 



12. THE VALENCE OF THE ARGON GROUP AS DETERMINED 

 FROM THE MOLECULAR COHESION By A. P. Mathews 



(Journal of Physical Chemistry, XVII, 337~43, 1913) 



13. A NOTE ON THE STRUCTURE OF ACETYLENE 



By A. P. Mathews 



(Journal of Physical Chemistry, XVII, 320-21, 1913) 



14. DO MOLECULES ATTRACT COHESIVELY INVERSELY AS THE 

 SQUARE OF THE DISTANCE? By A. P. Mathews 



(Journal of Physical Chemistry, XVII, 520-36, 1913) 



15. THE SIGNIFICANCE OF THE RELATIONSHIP BETWEEN 

 MOLECULAR COHESION AND THE PRODUCT OF THE MOLECU- 

 LAR WEIGHT AND THE NUMBER OF VALENCES 



By A. P. Mathews 



(Journal of Physical Chemistry, XVII, 481-500, 1913) 



16. THE INTERNAL PRESSURES OF LIQUIDS By A. P. Mathews 



(Journal of Physical Chemistry, XVII, 603-28, 1913) 



17. THE QUANTITY OF RESIDUAL VALENCE POSSESSED BY 

 VARIOUS MOLECULES By A. P. Mathews 



(Journal of Physical Chemistry, XVIII, 474, 1914) 



18. AN IMPORTANT CHEMICAL DIFFERENCE BETWEEN THE 

 EGGS OF THE SEA URCHIN AND THOSE OF THE STAR FISH 



By A. P. Mathews 

 (Journal of Biological Chemistry, XIV, 465-67, 1913) 



19. A NEW METHOD AND APPARATUS FOR THE ESTIMATION OF 

 EXCEEDINGLY MINUTE AMOUNTS OF CARBON DIOXIDE 



By Shiro Tashiro 



(American Journal of Physiology, XXXII, 136-44, 1913) 



20. CARBON DIOXIDE PRODUCTION FROM NERVE FIBRES WHEN 

 RESTING AND WHEN STIMULATED; A CONTRIBUTION TO 

 THE CHEMICAL BASIS OF IRRITABILITY By Shiro Tashiro 



(American Journal of Physiology, XXXII, 107-35, 1913) 



