Part,  Chapter

 1 1,0|    following him began to ascend by degrees on the back of a spur, which,
 2 1,0|         support. Evening came on by degrees, and it was almost night
 3 1,0|             inclined almost seventy degrees, the path became impracticable. ~
 4 1,1|         exceed thirty five to forty degrees, presented no difficulties
 5 1,2|            estimated at ninety-five degrees Fahrenheit. Herbert having
 6 1,2|          which is about ninety-five degrees." ~The sulphur spring not
 7 1,2|          basin, which was filled by degrees by the creek, and its waters
 8 1,3|            an approximation of some degrees." ~"Without instruments,
 9 1,3|         Alpha is about twenty-seven degrees from it, but Cyrus Harding
10 1,4|       adding to it the twenty-seven degrees which separated Alpha from
11 1,4|             found to be fifty-three degrees. These fifty-three degrees
12 1,4|          degrees. These fifty-three degrees being subtracted from ninety
13 1,4| equator-there remained thirty-seven degrees. Cyrus Harding concluded,
14 1,4|       performance, an error of five degrees, that it must be situated
15 1,4|            four minutes, or fifteen degrees an hour. Fifteen degrees
16 1,4|            degrees an hour. Fifteen degrees multiplied by five hours
17 1,4|             hours give seventy-five degrees. ~Then, since Washington
18 1,4|             as to say seventy-seven degrees counted from the meridian
19 1,4|      seventy-seven and seventy-five degrees west of the meridian of
20 1,4|             it may be seen, of five degrees on both sides, which, at
21 1,6|            average of ten to twelve degrees above zero. This was not
22 1,6|            angle of only forty-five degrees. Clumps of trees grew on
23 1,8|          from thirty to thirty-five degrees. It was therefore practicable,
24 1,1|          have announced only twenty degrees above zero, that is considerably
25 1,1|           4th of July fell to eight degrees of Fahrenheit, that is,
26 1,1|       Fahrenheit, that is, thirteen degrees below zero. A second fireplace
27 1,2|           The temperature rose some degrees, and the accumulated vapor
28 1,2|         have marked less than eight degrees below zero, and this intense
29 2,2|          sides of the chest, and by degrees numerous articles of very
30 2,6|           angle reaching sixty-five degrees, round skull, projecting
31 2,8|             one hundred and seventy degrees instead of two hundred and
32 2,9|           error did not exceed five degrees. ~"Now," said Gideon Spilett, "
33 2,1|          the temperature of seventy degrees, and in which the wool was
34 2,1|        maximum did not exceed eight degrees Fahrenheit. But although
35 2,1|           thermometer fell to eight degrees Fahrenheit, below zero. ~
36 2,8|       thermometer marks fifty-eight degrees!" observed Gideon Spilett. ~
37 3,4|            not give more than eight degrees of Fahrenheit. It was therefore
38 3,6|      himself discovered by them. By degrees he became interested in
39 3,9|           estimated at thousands of degrees, would be converted into