CHAPTER VI. TRANSITION POINTS AND THE COMPLEX CIRCUIT. 498 

40. General discussion. 498 

41. Transformation of general equations, to velocity unit of 

distance. 499 

42. Discussion. 501 

43. Relations between constants, at transition point. 502 


xxiv CONTENTS. 

PAGE 

44. The general equations of the complex circuit, and the 

resultant time decrement % 503 

45. Equations between integration constants of adjoining 

sections. 504 

46. The energy transfer constant of the circuit section, and 

the transfer of power between the sections. 507 

47. The final form of the general equations of the complex 

circuit, . 508 

48. Full-wave, half-wave, quarter-wave oscillation, and gen- 

eral high-frequency oscillation. 509 

49. Determination of the resultant time decrement of the cir- 

cuit. 510