Coi^ORADo Fodders. 
31 
this reason that we have not determined the heat value of the resi¬ 
dues, obtained by extracting the hay with the various solvents adopt¬ 
ed in this work. 
TABDE XXXI. 
ANADYTICAE DATA TOR NATIVE HAY. 
NATIVE HAY 
Moisture . 5.13 
Ash . 10.64 
Ether extract . 3.13 
Proteids . 6.98 
Crude fibre . 31.38 
Nitrogen-free extract. 42.74 
100.00 
TABEE 
ANAEYSIS OE ASH 
ASH OP NATIVE HAT 
Carbon . 
Sand . 
. 3.375 
Silicic acid . 
. 54.736 
Sulfuric acid . 
. 1.521 
Phosphoric acid . . . . 
. 2.133 
Carbonic acid . 
. 4.871 
Chlorin . 
. 4.878 
PO'tassic oxid . 
. 17.786 
Sodic oxid . 
. 0.640 
Calcic oxid . 
. 6.180 
Magnesic oxid . 
. 2.016 
Ferric oxid . 
.0.685 
Aluminic oxid . 
. 0.273 
Manganic oxid . 
. 0.132 
Ignition . 
. 1.719 
100.945 
Oxygen equivalent to 
chlorin 1 099 
99.846 
• 
TABEE 
CORRESPONDING FECES 
Sheep No. 6. 
Moisture . 5.96 
Ash . 12.41 
Ether extract. 5.02 
Proteids . 5.48 
Crude fibre . 29.29 
Nitrogen-free extract. 41.84 
100.00 
XXXH. 
IN NATIVE HAY. 
ASH OF CORRESPONDING FECES 
Carbon .. 
Sand and Silicic acid . 73.913 
Sulfuric acid . 0.88 4 
Phosphoric acid . 3.156 
Carbonic acid . 2.849 
Chlorin . 0.347 
Potas'sic oxid . 5.373 
Sodic oxid. 0.845 
Calcic oxid . 7.587 
Magnesic oxid . 1.477 
Ferric oxid . 0.280 
Aluminic oxid . 0.266 
Manganic oxid . 0.210 
^Ignition . (2.891) 
100.078 
Oxygen equivalent to chlorin 0.078 
100.000 
XXXIII. 
UETIMATE ANAEYSIS OF NATIVE HAY. 
NATIVE HAY CORRESPONDING FECES 
Carbon . 43.814 
Hydrogen . 5.792 
Nitrogen . 0.996 
Sulfur . 0.116 
.Chlorin . 0.673 
Ash . 10.640 
Oxygen, (approx.) . 27.969 
Carbon . 45.328 
Hydrogen . 5.935 
Nitrogen . 0.919 
Sulfur . 0.109 
Chlorin . 0.073 
Ash . 12.410 
Oxygen, (approx.) . 25.226 
100.000 
100.000 
