TO STUDENTS CERTAIN ELECTRICAL OPERATIONS. 163 
one fluid with a corresponding deficiency of the other, and the 
jar is represented as half char arged. ontinuing to turn the 
machine, another cycle of decomposition, recomposition and 
redistribution is gone through, but now with only half the 
original amount of fluid. The mene RCE and recomposition 
may be aes ren in one lin 
P.O. Air. 
im TGt We PVG ER; +(R+V); + V+3R; 
Tnside. er 
-4+V+4+V rar R+i4R; } V+ to rubber. 
and the aerate redistribution thus :— 
4(R-+V)+3 oa ca (R+V); 4(R+V)+4 & +H +TREM 
Outside. 
PEE W +IVEY R+ik+%4 (R+V) 
We still have the original quantity of neutral fluid on the 
machine and P.P.C.; but on each side of the jar although the 
quantity is unaltered the quality is more fe pay the V accumu- 
ng inside and the R outside. It must be “needless to repre- 
sent the mieten in detail further. The as cycle of operations 
would give us inside the jar 3 (R+V)+ivV+iV+ V,and 
outside R + 3R+ FR +3 (RK + VY). The series pada ntly 
tends to 2 ie “inside, and 2 R outside, but can never qerrers 
reach that r 
Vi 
(hypothetical and artificial as it may be psaicey eri we perceive 
: be : 
would appear that a ries ‘i mr heres is mee 
There will always be a residuum o negative electricity ined 
and “2 ositive — 
‘iotasion, but the case is too miler to require exemplification. 
The two fluids being equal in amount on the two sides 
together and form neutral fluid, which is instantly redistri ibuted 
in equal parts to the two surfaces, ene the whole ot 
with the original amount of neutral fluid. 
