248 A. A. RAMSAY. 
The two schemes therefore are sometimes in agreement, 
but in other cases are not. 
Table III. has been prepared to show the number of 
pounds of sulphur (in the various states of combination) and 
of lime in 100 gallons of the mixture obtained by diluting 
the fluids prepared by the various formule as set forth in 
Table II. This table shows in a clearer manner the differ- 
ences in composition. 
For example one of those lime-sulphur solutions of 1°0242 
sp. gravity contains 21°0 Ibs. sulphur and 11°4 tbs. lime per 
100 gallons, while another also of 1°0242 sp. gravity con- 
tains 29°2 tbs. sulphur and 16°5 tbs. of lime per 100 gallons. 
Table III.—Composition of Sprays as diluted according to Table 
IT., in pounds per 100 gallons. 
Farmers’ and 
Sulphur. Wagga Formula.| Fruit Growers’ Tilinois. Dural. 
Guide. 
(a) Monosulphide| ‘Too weak 5°28 3°82 3°78 
Polysulphide 16°00 12°06 13°31 
Thiosulphate 14d. 485 4°42 
Sulphate and 
sulphite “46 "28 ‘ll 
Total sulphur 29°18 21°01 21°62 
Total lime 16°49 11°36 10°62 
(b) Monosulphide 0°99 1°29 0°98 0:97 
Polysulphide 3°02 3°91 3°09 3°41 
Thiosulphate 1°31 1°81 1-24 1°13 
Sulphate and 
sulphite 05 “11 07 03 
Total sulphur 5°37 7:12 5°38 5°54 
Total lime 2°96 4°03 2°91 2°72 
(c) Monosulphide| Too weak | 4°35 | 544 | 4°36 | 5°46 | 4°19 | 5°24 
Polysulphide 13°16 | 16°46 | 18°77 | 17°22 | 14°77 | 18°46 
Thiosulphate @1ll | 7:64] 554 | 693 | 491 | G14 
Sulphate and 
sulphite 37 “46 "32 “40 13 "16 
Total sulphur 23°99 | 30°00 | 23°99 | 30°01 | 24°00 | 30°00 
Total lime 13°59 | 16°96 | 12°97 | 16°22 | 11°78 | 14°73 
(d) Monosulphide} 1°29 1:47 | 1:27 | 1:45 | 1:27 | 146 { 1:22 | 140 
Polysulphide | 3°94 450 | 3°84 | 439 | 4:02 | 4:59] 431 | 4°92 
Thiosulphate | 1°72 1:96] 1°78 | 2°04] 162] 185] 143] 164 
Sulphate and | 
sulphite "OF. iy DO a ig: 12 ‘09 "10 04 04 
Total sulphur; 7:02 | 802 7:00} 800} 7:00 | 8:00} 7:00] 8:00 
Total lime 3°86 | 441 | 3°96 | 452 | 3°78 | 433 | 3°44 | 3°93 
