How will a positive charge move along a uniform electric field, from high potential to low potential, or from low potential to high potential? low to high potential high to low potential We need to quantify the potential difference across the field first. into the board towards low potential The resistivity of an ohmic material depends on A. Resistance B. Length of the conductor C. Cross-section Area of the conductor D. Nature of the material (composition) A, B, & C

icon
Related questions
Question
How will a positive charge move
along a uniform electric field, from
high potential to low potential, or
from low potential to high potential?
low to high potential
O high to low potential
O
O into the board towards low potential
The resistivity of an ohmic material
depends on
A. Resistance
B. Length of the conductor
C. Cross-section Area of the conductor
D. Nature of the material (composition)
O A, B, & C
O B & C
We need to quantify the potential difference
across the field first.
Transcribed Image Text:How will a positive charge move along a uniform electric field, from high potential to low potential, or from low potential to high potential? low to high potential O high to low potential O O into the board towards low potential The resistivity of an ohmic material depends on A. Resistance B. Length of the conductor C. Cross-section Area of the conductor D. Nature of the material (composition) O A, B, & C O B & C We need to quantify the potential difference across the field first.
Expert Solution
steps

Step by step

Solved in 3 steps

Blurred answer