The figure below displays a straight-wire resistor connected to a battery with V=2.5 V and, hence, running some steady-s

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answerhappygod
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The figure below displays a straight-wire resistor connected to a battery with V=2.5 V and, hence, running some steady-s

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The Figure Below Displays A Straight Wire Resistor Connected To A Battery With V 2 5 V And Hence Running Some Steady S 1
The Figure Below Displays A Straight Wire Resistor Connected To A Battery With V 2 5 V And Hence Running Some Steady S 1 (83.29 KiB) Viewed 41 times
The figure below displays a straight-wire resistor connected to a battery with V=2.5 V and, hence, running some steady-state current. This resistor is actually made out of two different conductive materials as shown. The first material has the resistivity ρ1​=3.6×10−8Ω⋅m and length I1​=2.6 cm, the second material is characterized by ρ2​=9×10−8Ω⋅m and length I2​=5.7 cm. What is the strength E1​ of the driving electric field inside the first material?: E1​=∣V/m.  What is the strength E2​ of the driving electric field inside the second material?: E2​=V/m.
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