Licence: Public Domain Mark
Credit: Manual for medical officers of health / by Edward Smith. Source: Wellcome Collection.
Provider: This material has been provided by the Royal College of Physicians of Edinburgh. The original may be consulted at the Royal College of Physicians of Edinburgh.
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![LIST OF TABLES. Table p^^^ 1. Thickness of walls (The Metropolitan Buildings Act) ., .. 29 2. Thickness of walls (The Metropolitan Buildings Act) .. .. 32 3. Space allowed per inmate in workhouses 48 4. Oxygen, nitrogen, and carbonic acid in normal and expired air (Foster) 5. Amount of pure air required per hour for a man and a candle (Angus Smith) 6. Quantity of air required per hour for one person to maintain given proportions of carbonic acid (Angus Smith) 51 7. The same (Angus Smith) ^2 8. Weight of a cubic foot of vapour at different temperatures; the air being saturated ' _ 9. Mortality to density of population (Gairdner) ,. ,, . . ] i 73 10. State of mortality in the eleven divisions (Registrar-General) 73 11. Rate of mortality in town and country districts in the ten years 1859 to 1869 (Registrar-General) 12. Population, mortality, temperature, and rainfall in eleven chief towns of England, 1869 (Registrar-General) 74 13. Chief elements in our best drinking water ' jje 14. Acidity, ammonia, and albumenised ammonia in rain water (Angus Smith) 15. Mineral matters in lakes ** ^jg 16. i6a. Mineral matters in deep wells and springs ,*. . . ng 17. Mineral matters in great gathering grounds .. .. \' hq 18. Mineral matters in rivers 19. Mineral matters in polluted sources ,. .. ''. 20. Organic carbon and organic nitrogen in the'best drinkine water » 21. Organic carbon and organic nitrogen in polluted water ' 2 22. Amount of nitrogen and nitric acid corresponding to different amounts of ammonia (Wanklyn) 23. Chlorine in good drinking water . *.[.](https://iiif.wellcomecollection.org/image/b21931732_0015.jp2/full/800%2C/0/default.jpg)
