How much work an external force do in order to move electron

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Reference no: EM131000191

1) An electron is moved through a region with an electric potential defined by the equipotential lines shown (position is given in meters, time is given in seconds, and electric potential is given in volts).

Give the work done by the external force in eV

1654_An electron is moved through a region.png

The points are (-7.3, 2.7) and (5.6, 2.2)

2) Give the work done by the external force in eV

733_The work done by the external force.png

The points are (-.7, 3.5) and (9.7,-5.1)

3) Give the work done by the external force in eV

846_The work done by the external force1.png

Initial and ending points are (4.8,.6) and (-4.9,-2.8)

4) An equipotential plot is shown in the animation (position is given in meters and electric potential is given in volts). The electric potential is shown next to the electron. You can drag the red electron with the mouse. How much work must an external force do in order to move the red electron from [x, y] = [1.1m, -1.5 m] to [x, y] = [-1.6 m, 1.2 m]?

97_An equipotential plot.png

Reference no: EM131000191

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