W1) a) On the left show the electric field of a positively charged plate (A). Then on the right side show and the electric field of a negatively charged plate (B). These are separated in space by the dashed line and do not interact. (A) +1μC (B) -1μC b) Draw the total electric field for a positively and a negatively charged plate close together. Is there a field outside of the plates or does it cancel? Explain. +1μC -1μC W2) a) Draw an arrangement of two positively charged particles, two negatively charged particle and a point in space around these charges where the potential produced by the charges is zero but the E-field is not zero. b) Draw an arrangement of two positively charged particles, two negatively charged particle and a point in space around these charges where the electric field produced by the charges is zero but the potential is not zero. a) b)

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Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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W1) a) On the left show the electric field of a positively charged plate (A). Then on the
right side show and the electric field of a negatively charged plate (B). These are
separated in space by the dashed line and do not interact.
(A)
+1μC
(B)
-1μC
b) Draw the total electric field for a positively and a negatively charged plate close
together. Is there a field outside of the plates or does it cancel? Explain.
+1μC
-1μC
W2) a) Draw an arrangement of two positively charged particles, two negatively
charged particle and a point in space around these charges where the potential
produced by the charges is zero but the E-field is not zero.
b) Draw an arrangement of two positively charged particles, two negatively
charged particle and a point in space around these charges where the electric
field produced by the charges is zero but the potential is not zero.
a)
b)
Transcribed Image Text:W1) a) On the left show the electric field of a positively charged plate (A). Then on the right side show and the electric field of a negatively charged plate (B). These are separated in space by the dashed line and do not interact. (A) +1μC (B) -1μC b) Draw the total electric field for a positively and a negatively charged plate close together. Is there a field outside of the plates or does it cancel? Explain. +1μC -1μC W2) a) Draw an arrangement of two positively charged particles, two negatively charged particle and a point in space around these charges where the potential produced by the charges is zero but the E-field is not zero. b) Draw an arrangement of two positively charged particles, two negatively charged particle and a point in space around these charges where the electric field produced by the charges is zero but the potential is not zero. a) b)
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