KENNELLY. — ARTIFICIAL LINES FOR CONTINUOUS CURRENTS. 125 



Thus, in Figure 24, the load leaks have resistances of 10,312 ohms, 

 or conductances of 0.096971 millimho, the line sections have lengths 

 /= 100 kms., the attenuation-constant 0.0035172 hyp. per km., s the 

 hyperbolic angles la = 0.35172, \a = 0.17586, r = 1436.13 ohms. 



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Figures 24 to 28. — Reduction of a uniform actual line with loads in 

 derivation to an equivalent unloaded actual line. 



Required the corresponding constants of the loaded line. The load 

 leaks are bisected in Figure 25 to 0.048486 millimho each. The 

 equivalent IT of each unloaded line section, as shown in Figure 26, has 

 a resistance of r" = 515.593 ohms and a leakance g" of 0.121207 mil- 

 limho. Adding the 7 loads to the pillars of the IT, we have, as in 

 Figure 27, g u = 0.16969 millimho. Finally, reducing the loaded IT's 



