e. Take a look at the equipotential diagram below. What would the electric field look like in the vicinity of these charges? How would you use the location of the equipotentials to draw that field? Draw your own electric field lines on this diagram to indicate the electric field.

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e. Take a look at the equipotential diagram below. What would the electric field look like in the
vicinity of these charges? How would you use the location of the equipotentials to draw that
field? Draw your own electric field lines on this diagram to indicate the electric field.
O Electric Field
hor ay
O Voltage
V Values
15.0 V
20.0
O Grid
10.0 V
5,1 V
14.9 V 10,0 V
0.00 V
5.0 V
20.1V
15.0V
20.6V
+1 nC
-1 nC
Sensors
f. Calculate much net Work per unit charge would it take to move a particle from a -15 V potential
to a +10 V potential? Does the path of the motion matter?
g. Calculate how much actual Work it would take to move an electron from -15 V to +10 V.
Transcribed Image Text:e. Take a look at the equipotential diagram below. What would the electric field look like in the vicinity of these charges? How would you use the location of the equipotentials to draw that field? Draw your own electric field lines on this diagram to indicate the electric field. O Electric Field hor ay O Voltage V Values 15.0 V 20.0 O Grid 10.0 V 5,1 V 14.9 V 10,0 V 0.00 V 5.0 V 20.1V 15.0V 20.6V +1 nC -1 nC Sensors f. Calculate much net Work per unit charge would it take to move a particle from a -15 V potential to a +10 V potential? Does the path of the motion matter? g. Calculate how much actual Work it would take to move an electron from -15 V to +10 V.
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