5. Consider the source charge distribution shown below. The left half of the source (black) is uniformly charged with +3.0 mC and the right half (gray) is uniformly charged with -0.30 mC. Source is length L=0.020 m long and negligible size in other dimensions. a. Where is the potential higher, at A or B? b. Find the potential difference between the two test points A at and B at rA-0.0040 m and rв-0.0080 m. *A TA Ta *B
5. Consider the source charge distribution shown below. The left half of the source (black) is uniformly charged with +3.0 mC and the right half (gray) is uniformly charged with -0.30 mC. Source is length L=0.020 m long and negligible size in other dimensions. a. Where is the potential higher, at A or B? b. Find the potential difference between the two test points A at and B at rA-0.0040 m and rв-0.0080 m. *A TA Ta *B
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Transcribed Image Text:5. Consider the source charge distribution shown below. The left half of the source (black) is uniformly charged
with +3.0 mC and the right half (gray) is uniformly charged with -0.30 mC. Source is length L=0.020 m long
and negligible size in other dimensions.
a.
Where is the potential higher, at A or B?
b. Find the potential difference between the two test points A at and B at rA-0.0040 m and rв-0.0080 m.
*A
L
TA
**B
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