Absolute standards of inductance . — d^^h^ and the complete elliptic integrals E and F are to the modulus ^ = 72 , /2 = T2 d -\-o p III. Z=4^rf^Jjj|(/r-^)-^,[2(l-/fe^)^-(2-/SrO^]-« See page 123. A sample calculation by means of I and II is here given. Thelabor is much diminished by carefully planning these calculationsand using the correct number of significant figures. The values ofthe logarithms of all the constants of the formulae are also given. Coffin.] Absolute Standards of I^iductance. ^Zl I 0- II II I g o •^ ^ ^ ^ \£) n rt CN o t^ lO 00 CO ro M n r^ ^ o . CS O M M t^ ^ O lO >-H r^ 0
Absolute standards of inductance . — d^^h^ and the complete elliptic integrals E and F are to the modulus ^ = 72 , /2 = T2 d -\-o p III. Z=4^rf^Jjj|(/r-^)-^,[2(l-/fe^)^-(2-/SrO^]-« See page 123. A sample calculation by means of I and II is here given. Thelabor is much diminished by carefully planning these calculationsand using the correct number of significant figures. The values ofthe logarithms of all the constants of the formulae are also given. Coffin.] Absolute Standards of I^iductance. ^Zl I 0- II II I g o •^ ^ ^ ^ \£) n rt CN o t^ lO 00 CO ro M n r^ ^ o . CS O M M t^ ^ O lO >-H r^ 00 M CN ON « 04 00 (N t^ ON SL ON 8 8 Q rO LO lO ^ On a^ 0 -^ ON rt- 0 lO 1-1 CN ON -^ 1 -4 1 d 1 h; im3 IvO d d d (N lO d J>. II Jl^ JIJ « J^ ^ II II 11 II II II II -IS ^ 5^^^ ^ S 6 s r^^ <<1 .M.^ ^^.^ 1 O^ u S CO a 88 0 fO 00 % + d ,M II A. s M CO s^ JT y^ cs g biO fli rO ^ o CN II O bJO.^. o. : M r^ ^ 00 NO * C4 ^11 00 t^ NO lO o o M <N rO ^ 00 NO ^ CN \£) cs lO 00 ro t^ ^ ON On 00 1 l-H t^ NO -^ bjobJOo o
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