A cylindrical conductor has uniform cross-section. Resistivity of its material increases linearly from left end to right end. If a constant current is flowing through it and at a section distance 
from left end, magnitude of electric field intensity is 
which of the following graphs is correct
a).png)
b).png)
c).png)
d).png)
from left end, magnitude of electric field intensity is which of the following graphs is correctb)c)d)Question ID - 151473 | SaraNextGen Top Answer A cylindrical conductor has uniform cross-section. Resistivity of its material increases linearly from left end to right end. If a constant current is flowing through it and at a section distance from left end, magnitude of electric field intensity is which of the following graphs is correct
a)b)c)d)
A cylindrical conductor has uniform cross-section. Resistivity of its material increases linearly from left end to right end. If a constant current is flowing through it and at a section distance from left end, magnitude of electric field intensity is which of the following graphs is correct
a)b)c)d)
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(b) Let resistivity at a distance Where |
from left end be 
Then electric field intensity at a distance 
from left and will be equal to 
is the current flowing through the conductor. It means 
or 
varies linearly with distance 
But at 
has non-zero value. Hence 
is correct