In Figure (a), a 9.00 V battery is connected to a resistive strip that consists of three sections with the same cross-sectional x= 0 areas but different conductivities. Figure (b) gives the electric potential V(x) versus position x along the strip. The horizontal (3 x= x, scale is set by x,=8.00 mm. Section 3 has conductivity 2.00×107 (N.m)*. What is (a) the conductivity of section 1, in x10'(Q.m)*? (b) x (mm) 804 N (A) A
In Figure (a), a 9.00 V battery is connected to a resistive strip that consists of three sections with the same cross-sectional x= 0 areas but different conductivities. Figure (b) gives the electric potential V(x) versus position x along the strip. The horizontal (3 x= x, scale is set by x,=8.00 mm. Section 3 has conductivity 2.00×107 (N.m)*. What is (a) the conductivity of section 1, in x10'(Q.m)*? (b) x (mm) 804 N (A) A
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Transcribed Image Text:8 -
In Figure (a), a 9.00 V battery is connected
to a resistive strip that consists of three
sections with the same cross-sectional
x= 0
areas but different conductivities. Figure
(b) gives the electric potential V(x) versus
(3
position x along the strip. The horizontal
scale is set by x;=8.00 mm. Section 3 has
conductivity 2.00x107 (Q.m)!. What is (a)
the conductivity of section 1, in x10'(Q.m)1?
x= x,
x (mm)
Option1 Option2 Option3 Option4 Option5
3
4
5
7
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