Mr. hutton’s Calculations to ajcertain 
At N 
Theodolite 
zz 4 ft. II in. 
At K 
Theodolite 
~ 4 ft. B in. 
the Weft- 
the Eaft- 
ern cairn. 
0 / 
ern cairn. 
0 / 
& / 
1 
KNO 
40 si 
i 
NKO 
44 5 if 
KNR 
74 4 %j 
r by reduction 
NKR 
64 51 
f by reduction 
KNP 
5 ° 47 t 
NKP 
5 1 54 t 
n 6#4i e 
knJ' 
9 37 § 
NK« 
0 45 * 
n 6 # 36 e top 
KNy' 
2 nf 
NKF 
43 32 ?* 
f 9 # 46 d top 
1 
Pole 4 ft. 2 in. 
KNA 
i 33 53 * 
A I 2 # 22 |D 
KNB 
146 151* 
B 1 1 # I 7 D top 
NKG 
5 * 40 * 
g 10# 16 d top 
Pole 4 ft. 4 in. 
KNC 
178 301# 
C 10 # 4 D 
G. I 0 #I 4 §D 
KND 
172 51 * 
D IO# 39 D top 
NKa 
55 12 
a IO 3D 
KN n 
i 44 37 ? * 
n 4#3o|d 
NKH 
81 28 
H 12 7 D top 
KNG 
98 23 # 
G l6 #55 D top 
Pole 4 ft. 4 in. 
NKH 
81 27!* 
Pole 6 ft. 5 in. 
H 12# 5 |d 
KNH 
69 13} 
h 14 38 d top 
Pole 6 ft. 5 in. 
NKW 
97 18 * 
\V I I # 28 D top 
Pole 7 ft. 
KN zn 
64 27 * 
m 18*55 D 
NKL 
109 19J* 
L 10 # 25 D top 
KN W 
56 22 # 
w 12 #35 D top 
Pole 6 ft. 8 in. 
Pole 7 ft. 
109 i8|* 
NKL 
L 10#23§D 
KNL 
49 7 ^ 
L 10 #55 D top 
Pole 6 ft. 8 in. 
NKY 
153 40 * 
Y 10 #30 D top 
KNY 
18 50 # 
Y 9# 37 |d top 
NKV 
174 20 * 
V 9# 5|Dtop 
kn/ 
2 15 * 
/ 7 #30 D 
NKE 
156 18 
E 3 34 d top 
KNE 
1 1 sf* 
e 6#38|d 
NK«' 
11 36 * 
«' 6#3i|e 
kn y 
9 37 l* 
* 6 # 25 |d 
nkm' 
7 8 * 
m' 4#5iJe 
KNU 
41 4!* 
U 10# l2fDt0p 
nkJ' 
6 2? #. 
* 6 #S 3 e 
KN S 
60 44 * 
s i 8 # 4 i d 
nKoc , 
54 264* 
a 10 3 Jd 
KNR 
74 48 |* 
R 19 #20 D 
TtKoc, 
54 25f* 
a 10# 3{D 
knb" 
104 30 * 
B"i 7 * 35 |s 
tlK @ 
39 l6 I* 
£ 8#s8|d 
k 6 # 43{d top | 
37 39 
a' 6 32 E 
At 
