In Figure (a) below, a 9.09 V battery is connected to a resistive strip that consists of three sections with the same cross-sectional areas but different conductivities. Figure (b) gives the electric potential V(x) versus position x along the strip. The horizontal scale is set by Xs = 8.40 mm. Section 3 has conductivity 3.009 x 107 (22-m)-¹. What is the conductivity of section (a) 1 and (b) 2? (a) V (V) (b) V= 0 x=0 x= xg x (mm)

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In Figure (a) below, a 9.09 V battery is connected to a resistive strip that consists of three sections with the same cross-sectional areas
but different conductivities. Figure (b) gives the electric potential V(x) versus position x along the strip. The horizontal scale is set by Xs
= 8.40 mm. Section 3 has conductivity 3.009 × 107 (2∙m)-¹. What is the conductivity of section (a) 1 and (b) 2?
(a)
(A) A
(b)
V
e
x=0
x= xs
x (mm)
X's
Transcribed Image Text:In Figure (a) below, a 9.09 V battery is connected to a resistive strip that consists of three sections with the same cross-sectional areas but different conductivities. Figure (b) gives the electric potential V(x) versus position x along the strip. The horizontal scale is set by Xs = 8.40 mm. Section 3 has conductivity 3.009 × 107 (2∙m)-¹. What is the conductivity of section (a) 1 and (b) 2? (a) (A) A (b) V e x=0 x= xs x (mm) X's
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