Respuesta :
Answer:
The highest conductance results from;
Large cross-sectional area, short pipe
Explanation:
The conductance, G, of a material is a measure of the rate or ease of electricity conduction of the material
[tex]The \ conductance \ G = Current/(Potential \ difference) = \dfrac{I}{V} =\dfrac{1}{R} = \dfrac{A}{\rho \cdot l}[/tex]
Where;
I = The current
V = The voltage (Potential difference)
R = The resistance
A = The cross-sectional area of the conductor
L = The length of the conductor
ρ = The resistivity of the conductor
Therefore, "G" is directly proportional to "A" ang "G" is inversely proportional to "l" from which we have that as the cross-sectional area increases the conductance increases and as the length of the pipe decreases the conductance increases.
The highest conductance is given by a large cross-sectional area and a short pipe.
