Which one of the following formula represents equivalent conductance?
A. \(\frac { I }{ P }\).\(\frac { l }{ a }\)
B. \(\frac { I }{ P }\).\(\frac { A }{ l }\)
C. C x \(\frac { l }{ a }\)
D. \(\frac{\kappa \times 10^{-3}}{N}\)
Answer:D
Which one of the following formula represents equivalent conductance?
A. \(\frac { I }{ P }\).\(\frac { l }{ a }\) B. \(\frac { I }{ P }\).\(\frac { A }{ l }\) C. C x \(\frac { l }{ a }\) D. \(\frac{\kappa \times 10^{-3}}{N}\)