The diagram at right shows several equipotentials in a region of space. They are drawn to indicate potentials between +5 and -5 volts with a 1 volt increment between the A. equipotentials. (The +5, -5 and 0 Volt equipotentials have been labeled.) i. Draw the direction of the Electric Field Vectors at points b, k, and j. Explain how you knew to draw them the directions you did.
The diagram at right shows several equipotentials in a region of space. They are drawn to indicate potentials between +5 and -5 volts with a 1 volt increment between the A. equipotentials. (The +5, -5 and 0 Volt equipotentials have been labeled.) i. Draw the direction of the Electric Field Vectors at points b, k, and j. Explain how you knew to draw them the directions you did.
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Transcribed Image Text:The diagram at right shows several equipotentials in a
region of space. They are drawn to indicate potentials between
+5 and -5 volts with a 1 volt increment between the
A.
equipotentials. (The +5, -5 and 0 Volt equipotentials have been
labeled.)
i.
Draw the direction of the Electric Field Vectors at
points b, k, and j. Explain how you knew to draw them
the directions you did.
HVolts
ii.
Rank the magnitude of the Electric Field at points f, g, and m from greatest to
smallest. Explain.
iii.
point b to point g then to point m? Expain.
How much total work would the electric field do on a charge qo =+5 nC moved from
These equipotentials are created by the presence of charges Q1, Q2, and Q3. What are
the signs of each of these charges? Explain.
iv.
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