TEMPEEATUEE ON THE ELECTEIC CONDUCTINa POWEE OE METALS. 
23 
Table XIV, 
'■ I. 
Hard drawn ... 
A=100 — 0*38394 if+0*0009723 
1 
Annealed 
A= 100-0*37725 0*0008900 f 
II. 
Hard drawn ... 
A=100 — 0*38915 0*0010472 f 
Annealed 
A=100 — 0*39287 ^+0*0010625 ^ 
III. 
Hard drawn ... 
A= 100-0*37544 ^ + 0*0009724 f 
Annealed 
A=100— 0*37855 0*0009647 
' I. 
Hard drawn ... 
A=100-0*37351 i! + 0*00077l6 f 
Annealed 
A=100-0*37291 ^+0*0007781 f 
II. 
Hard drawn ... 
A=100— 0*39173 if + 0*0009394 f 
Annealed 
A=100-0*38797 if+0*0008986 
HI. 
Hard drawn ... 
A=: 100 - 0*39639 #+ 0*0010173 f 
Annealed 
A=100 — 0*39954 #+0*0010003 f 
f 
■ I. 
Hard drawn ... 
A=100 — 0*36405 #+0*0008181 f 
Annealed 
A = 100-0*37017 #+0*0008526 f 
Gold <1 
II. 
Hard drawn ... 
A=100 — 0*35877 #+0*0007807 f 
III. 
Hard drawn . . . 
A=100-0*37551 #+0*0009309 f 
Annealed 
A = 100 — 0*36877 #+0*0008390 f 
r 
1 I- 
A = 100 — 0*36845 #+0*0008147 #^ 
Zinn 
II. 
A=100 — 0*37911 #+0*0009058 
III. 
A=100 — 0*36385 # + 0*0007618 f 
f 
I. 
A=100-0*36745 #+ 0*0007220 f 
Cadmium ...< 
II. 
A=100 — 0*39915 #+0*0010511 f 
\ 
III. 
A=100 — 0*33953 #+0*0004995 f 
f 
I. 
A=100-0*35867 #+ 0*0006205 #- 
Tin 
II. 
A=100 — 0*36730 #+ 0*0006709 #^ 
III. 
A=100-0*35492 #+ 0*0005493 f 
f 
I. 
A=100 — 0*38561 #+0*0008989 #‘ 
Lead 
II. 
100 — 0*38553 # + 0*0008788 
III. 
A = 100 — 0*39153 #+ 0*0009661 f 
* « r 
1 1. 
A=100-0*41141 # + 0*0011000 f 
Arsenic ^ 
i 11. 
A=100-0*36851 #+ 0*0006757 f 
r 
i 
A=100 — 0*39855 #+0*0010332 #= 
Antimony ...< 
II. 
A=100— 0*37524 #+0*0008477 #^ 
1 
'ill. 
A=100 — 0*42099 #+0*0012283 f 
f 
I. 
A=100 — 0*36383 #+0*0007293 
Bismuth J 
II. 
X — 100 — 0*34146 #+0*0004593 f 
III. 
X=i00-0*35120 #+0*0005298 
I. 
X= 100 — 0*074047#+ 0*00008672#2 
Me,cu^ •■■{ 
II. 
X= 100-0*074820#+ 0*00007844^2 
Table XV. 
Silver 
Copper 
Gold 
Zinc 
Cadmium 
Tin 
Lead 
Arsenic 
Antimony 
Bismuth 
A= 100 — 0*38287#+ 0*0009848#2 
A = 100 — 0*38701# + 0*0009009#' 
A=100 — 0*36745#+0*0008443#2 
A= 100 — 0*37047#+ 0*0008274#2 
A = 100 — 0*36871#+ 0*0007575#2 
A= 100 — 0*36029#+ 0*0006136#2 
A = 1 00 — 0*38756#+ 0*00091 46#2 
A=100-0*38996#+ 0*0008879#^ 
A= 100 — 0*39826#+ 0*0010364#2 
A= 100 — 0*35216#+ 0*0005728#2 
Mean of the above ... 
X = 100— 0*37647#+ 0*0008340#2 
From the last Table we see how closely the values found for the constants y ox z agree 
together ; and to show this more clearly, the conducting powers calculated from these 
formulae for 0°, 20°, 40°, 60°, 80°, and 100° are given in Table XVI., together with 
values calculated from the mean of all the formulae. 
