THE ELECTRIC! FIELD.
TABLE L

17
M me net in Fteltl,
Magnetic flux:
<l> B» Li IO8 lineH of magnetic force.

Inductance voltage:
r'^ n ..10 H * /^ ..voltn.
Magnetic energy;
Diolootric Field,
Dielectric (lux:

,Yr linc^H of dielectric force, or
couiombw,
Capacity current:

ft
amporofl.
Dielectric energy;
('<•*. .
w •« 0 join en.
Magnetomotive force:
F *? ni ampere tunm.

Magnetising force;
F
/ • - , ampero turnn per tun.

Kloctromotivo force:
<* '"5 voltH.
Kloctrifying force or voltage gra-
dient;

(I M f voltn per cm,
Dielectric-field intensity:
l^8 ^n^* of diekctrie
por ma1, or ooulombH

Magnetic-Held intercity;
j^KE^r/iO""1 IIIHW of
force per cm*.

Magnetic denmty:
(B "*' fjfid 1 inert of magnetic force
per cm8,

Permeability: &
Magnetic flux:

/) -* KA* linc^ of dielectric force
per cm*, or coulombs ptr
w»*.
Permittivity or H|HH«ifi« rapacity: K

Dideetrin flux:
of diolootrio foroti,
or coulombn.

** A<& Ihum of magnetic fc»rw,
i? >< 3X 10JW'^ velocity of light,
Tho i>ow(krH of 10, wliich upptmr in mmw i»xproHHi<>n«, are reduc-
tion fiw»tore b(*tw<^»n tlu* uhnoluto or egs. unite which arc! UBCH!
for *, 3C, <B, and the priu^ticfU c»lc»ctri(ial unitn, used for other
conHtantn.

AB the magnetic! field and the dielectric field also can l>o con-
nidercnl m the magnetic circuit and the dielectric circuit, some
analogy exinte l>t*tween them and the electric circuit, and in Table
II the eorrettpondmg tenun of the magnetic circuit, the dielectric
circuit, and the cloctric circuit are given.