{ "3 ) 



Table of the Ouantiiy of Real Acid, in loo Parts of Vitriolic, Nitrous, and 

 Marine Acid Liquors of different Denfities, at the Temperature of6o°. 



In Fiiriolic Acid oi ditferent Denfities, 

 at the Temperature of 60°. 



ICO Hans 

 Sp. Giavity 



Real 



Acid. 



Real 



Acid 



100 Parts 



Sp. Giavity 



1,0896 



1,0833 

 1,0780 

 1,0725 

 1,0666 



i,o5io 



I. •05.^5 

 1,0492 

 1,0450 

 1,0396 

 1,0343 



44,64 



43,7? 

 42,86 + 



41.-96 

 41,07 

 40,18 

 39.28 



3«,39 

 37.50 

 36,60 



35.71 

 34,82 



33,93 

 33.03 

 32 14 

 31,25 



In Nitrous Wciii of different Denfities, 

 at the Temperature of 60". 



10,71 

 9,80 



8,95 + 

 8,03 



7,14 

 6,25 



5.55 

 4.46 



3,57 

 2,67 



1,78 



* The Sp. Gravity was 1,3741 in 

 the former Table. 



1,5543 



1,5295 

 1,5183 



1,5070 



I '49 5 7 

 1,4844 



I.473I 

 1,4719 

 1,4707 

 1,4695 



1,4683 

 1,4671 

 1,4640 

 1,4611 

 1,4582 

 1,4553 

 I.45H 

 1,4471 

 i,442i 

 1.4373 

 1.4324 



1,4275 

 1,422a 



1,4171 

 1,4120 

 1,4069 

 1,4018 

 1.39,-5 

 1,3925 



i,3«75 

 1,3825 



1.3775 

 1,3-21 



1,3671 

 1,3621 



1,3571 

 1.3521 

 1,3468 



1.3417 



Real 

 Acid 



100 Parts 



.Sp. Gravity. 



1,3264 

 1,3212 

 1,3160 

 1^3108 

 1,3056 

 1,3004 

 1,2911 



i;28xa 

 1,2795 

 I.Z779 



1,2687 

 1,2586 

 1,2500^ 

 1,2464 

 1,2419 



1,2374 

 1,2291 



1,2209 

 1,2180 

 1,215a 

 1,2033 

 1,2015 



1,1963 

 1,1911 

 1,1845 



1,1779 



1,1704 



1.1639 

 1,1581 



1,1524 

 1,1421 

 1,1319 

 1,1284 

 1,1241 

 1,1165 

 i,iiii 

 1,1040 



j",' 



The Numbers above the Lines drawn 

 acrofs the Tables of vitriolic and ni- 

 trous Acids were found by Experi- 

 ments J thofc under the Lines only by 

 Analogy. 



The Affinity of vitriolic Acid to 

 Water decrtafcs Ln the Ratio of the 

 Square of the Quantity of Water united 

 to it. 23 Ann. Chy. 196 and 197. 



And fo Mr. K. thinks it does to all 

 , other Subftanccs ; it is the mean Affi- 

 I'liil}' that is commonly given. 



,^f'\r "^''^ ftandard Quantities of rUrioUc Acid were reduced to Rraiby multiplying, them into o 8n,r • 

 cf the N;irou-, by multiplymg them into 0,73 54 ", and the Mwu^e by nniltipiying them into 0,5 16. for the' 



In L\/iun>ie sicid of 

 difF. Denfities at 

 theTemp.of6o°. 



1,151 



1,147 



i.i4'4 



1,-1396 



1,1358 

 1,13^0 

 1,1282 

 1,1244 

 1,1206 

 1,1168 

 1,1120 

 1,1078 

 1,1036 

 1,0984 

 1,0942 

 1,0910 

 1,0868 

 1,0826 

 1,0784 

 1,0742 

 1,0630 



1,0345 

 1,0169 



Real 

 Acid. 



Rcafons mentioned in the Author's laft Paper. 



Vol. III.— August J 799. 



!• f 



Table 



