‘68 C. J, MERFIELD. 
TABLE III.—Four-CHain TransitTION CuRVE VALUE OF 
AN LO CURVE. 
GLE @ ror EVERY TEN LINKS ALONG : 
(Exact. Method.) sae 
8 . 
Radius 8 Chains. Radius 10 Chains. | 5 Bag 
bbe Sg ie oo 
Diff ; : Diff 2a5 
S’ a for 1 Link, R 6 for 1 Link. f = i 
A Secs 
° , “a ” ° , ” u” a Pty ee 
B Cc: 0° 36 1-2 CSA 20 Oo 0-9 ree) rd 
0 |0 oO 12 3-6 0 0 9 28 8 Pee 
20 |0 0 48 an, 0 0 37 ac @ 8 og 
30 |0 1 48 re 92° 3 no oe 
4.0. 3 1B 168 077327 $3 qsee 
50 [0 & Is} yao | 68 O~ B-60-| 404 | 7) 4 aime 
ee Se Re ser oY ace. Foe > 35: 
7. | Oc 92 4 Toy 7 ae esi 
08. | 0-98 let aes 0---0--48.-| Fae oi BAe 
90/9 16 14 | O59 0.12 2% | ie $yee 
is : ee - 35-3 | 29 }9 25 19 | 359° | 871 Be ge 
; 0 18 32 ; ; | 
ee ae See ee ee ota 
iso | 0 $3, 63 | 30% ae a 8. SAE 
149 |0 39 17 | 326 OnMek Tylon oS ue 
150 [0 45 6 | 575 | 20/0 36 27 ae |e gM 
ee car eee 0 30 12 | 908 one | 
oer 0 44 15 cul oe 
180 | 1 55 0-40-3874 Be cea 
19 11 12 19 | 444 4 33°9 <a fe! 
46°8 0 55 16 85:8 = See 
200 | 1 20 potas ao ae ae 37-6 | 19 o.% gay 
210 1 28 18 | 15 age ga es ge" Suet 
mo |1 46 62. | 589 =a eds ee =P e sgt 
i Sea e pad oe Bs OB lec ged Boma 
a0 | 1 55 14 eae ae SL Be Bee © S3o8 
30/2 4 5 60g | 22] 1 85 35 | foe | 15) ween 
270 |2 25 63°1 1 B82 we: | 12 oe 
Se te ore b ten + eS in ag 93 
300 ‘ 69'9 ee ee a dy 04 
3 50. 26 | 255. | 10] 2.17 24 | gee | 18 $3 °4 
810 [8 11 27 | 43 2 26 30 | BO Aguas 
aS he ae oa | 964 2 36 11 | 58-9 n ae 
340 |3 49 89 | 205 Ser Tee og 
360 |-4 16 51 | 826 | ®| 8 48 9 evo | 2 $3. 
970. |4 80 57 | &*6 $ 3 6 | 88 Bo 
380 |4 45 24 | 867 ms oS 
390 |5 0 10 | 88% Bao ae bs OL? 323 
400 |5 15 14 | 4 a a os | 8 a 
sila 2 10'!% a 
: 5 
S 403°1 401° a3 
a 5° 19' 53! 4° 4! 40'' > ay 
d 15? ° 38’ 35" 12° 4' 21" io 
b a! 215°68 15 wm 
) 7-71 6°40 a 
0° 0°4214090 " 
